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$10 USD / jam
Bendera PAKISTAN
layyah, pakistan
$10 USD / jam
Sekarang jam 12:16 PG di sini
Menyertai Jun 13, 2020
1 Cadangan

Junaid A.

@junirana

 4.5 (8 ulasan)
3.2
3.2
100%
100%
$10 USD / jam
Bendera PAKISTAN
layyah, pakistan
$10 USD / jam
100%
Pekerjaan Disiapkan
87%
Mengikut Bajet
87%
Tepat Pada Masa
13%
Kadar Upah Semula

Amazon, Engineering, Programming, MATLAB,

Hi I am Postgraduate Electrical Engineer having vast experience in the power sector. I have expertise in the following areas of Electrical Engineering ★Power System Analysis ★Power System Protection ★Power System Planning ★Power System Quality ★Electrical Machines AC/DC ★Transformers ★Electronic Devices ★Advance Power Electronics ★Renewable Energy ★Digital Logic Design and Verilog VHDL ★Engineering Mathematics ★Applied Physics ★Control Systems ★Communication Systems ★Designing of PV Solar Energy Systems (Commercial, Domestic and Agricultural) ★Engineering Drawings (Substation Drawings, Troubleshooting) ★Embedded Systems and Microcontroller Software Tools and Programming Languages: ★MATLAB ★Pspice ★ETAP ★Proteus ★MultiSim ★ModelSim ★Power World Simulator ★PVSYST (Photovoltaic Solar Energy System Design) ★PLC (Programmable Logic Controller) Ladder Logic ★C, C++, Assembly and Python Expertise in ★Microsoft Office★ Tools: ★Word ★Power Point Slides ★Excel ★Project Management ★Image to PDF, Image to Word and PDF to Word Conversion ★C/C++ language to MATLAB code conversion You will be happy working with me. Thanks & Regards Junaid
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Portfolio

6905805
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
6713156
MATLAB Lab_Task_PID & Motor Position using Simulink
6713107
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
6670860
Load Flow Analysis Of A Power System Using a) DC Power Flow Method In this project we are required to develop a MATLAB program to solve powerflow problem using Decoupled Power Flow methods.
Load Flow Analysis Using MATLAB
Load Flow Analysis Of A Power System Using a) DC Power Flow Method In this project we are required to develop a MATLAB program to solve powerflow problem using Decoupled Power Flow methods.
Load Flow Analysis Using MATLAB
Load Flow Analysis Of A Power System Using a) DC Power Flow Method In this project we are required to develop a MATLAB program to solve powerflow problem using Decoupled Power Flow methods.
Load Flow Analysis Using MATLAB
6670499
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
6654776
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
6905805
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
Designing and economic analysis of all types of Solar Photovoltaic systems. -Grid connected/Grid Tie PV Solar systems -Isolated / off-grid solar energy systems -Domestic PV Solar System -Commercial PV Solar System -Industrial PV Solar System Design -Agricultural Solar Water Pumping System -PV Solar water supply systems You can get all you need to know about your project of photovoltaic solar energy system. Be Green, Stay Safe.
PVSYST_Design of PV Solar Energy System (Water Pumping)
6713156
MATLAB Lab_Task_PID & Motor Position using Simulink
6713107
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
Purpose : Quarter vehicles have been extensively used to simulate vibrations and ride quality of vehicles, it simulates the vertical vibration of the car thru modeling the car with the appropriate mathematical model. Derive the transfer function G(s) . which represent the mathematical model of the quarter vehicle (system). Show your detailed work. If the car is traveling on the road with speed V and passes over a road pit as shown below: A. Design a control loop that incorporate the road disturbance shown below and shows the position of the vertical movement of the car B. Simulate the performance of the car with different types of suspension systems, where the value of the damping changes as given to you. C. Show all simulations for different types of dampers, copy paste them in your report with the appropriate names and plotting properties. A. Design a PID controller that considers the two worst case scenarios obtained in part 2/C. Show your detailed work. B. Plot the Bode plot.
MATLAB_Control System_Vehicle Vibrations Modelling & Damping
6670860
Load Flow Analysis Of A Power System Using a) DC Power Flow Method In this project we are required to develop a MATLAB program to solve powerflow problem using Decoupled Power Flow methods.
Load Flow Analysis Using MATLAB
Load Flow Analysis Of A Power System Using a) DC Power Flow Method In this project we are required to develop a MATLAB program to solve powerflow problem using Decoupled Power Flow methods.
Load Flow Analysis Using MATLAB
Load Flow Analysis Of A Power System Using a) DC Power Flow Method In this project we are required to develop a MATLAB program to solve powerflow problem using Decoupled Power Flow methods.
Load Flow Analysis Using MATLAB
6670499
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
Prepared 7 number Lab reports of experiments for my client. Theory, Simulations, Results and Conclusion.
Electric Circuit Lab Reports_Proteus
6654776
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine
In this project automatic sorting of boxes is performed using the powerful capability of the PLC to sense the size of a box through sensor unit and then put into the respective baskets. The boxes move on a conveyor belt which is equipped with LASER and LDR sensors. When a box comes in between the laser and LDR its size is detected. Large size box continue to move till the end of the conveyor, when small & medium sized box is detected, the respective pusher pushes the box in basket. Size of box being sorted, number of total and each size boxes sorted is shown on Status Page. During this whole operation LED will glow according to the size sensed and will remain lit until the box is sorted. The project is one of a kind as it uses multiple technologies packed in a single system and has vast scope of applications other than the one aimed by our team.
PLC Based Automatic Box Sorting Machine

Ulasan

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Menunjukkan 1 - 5 daripada 8 ulasan
 Tapis ulasan mengikut:
1.0
$50.00 USD
Industrial electronics industry blog comments -- 2
I was unilaterally charged $50 for not finishing the work at all.That's disgusting.
Electronics
Embedded Software
Arduino
A
Bendera amyniko
@amyniko
•
4 tahun yang lalu
5.0
$250.00 AUD
Project 27294336 has been deleted
Very very pleased with this work, very professional and good execution even finsihed the work early. Would defintley hire again. Work was very neat and executed to perfection.
Avatar Pengguna
Bendera Abbas A.
@Abbasalawie
•
4 tahun yang lalu
5.0
₹250.00 INR
Project for Junaid A.
Good freelancer. Good freelancer.
Engineering
Electronics
Matlab and Mathematica
Algorithm
Electrical Engineering
+1 lagi
Avatar Pengguna
Bendera Nidhi G.
@preetisharma8745
•
4 tahun yang lalu
5.0
$12.00 USD
Project for Junaid A. -- 2
Always great work, completed on time, Of course he is expert in MATLAB and Simulink. Highly recommended!
Engineering
Electronics
Matlab and Mathematica
Algorithm
Electrical Engineering
+1 lagi
Avatar Pengguna
Bendera Rizki H.
@rizki96
•
4 tahun yang lalu
5.0
$60.00 USD
Project for Junaid A.
Junaid is a great guy, and professional designer.
Engineering
Electronics
Matlab and Mathematica
Algorithm
Electrical Engineering
+1 lagi
Avatar Pengguna
Bendera Ali Adel Ali Ali I.
@aliadelali
•
4 tahun yang lalu

Pengalaman

Electrical Expert

Junaid A
Jul 2019 - Hari ini
-MATLAB -All major areas of electrical and electronics

Electrical Engineer

Hyosung Corporation
Ogo 2016 - Jun 2018 (1 tahun, 10 bulan)
220/132kV AIS Substation Construction in Pakistan

Design Engineer

Thaheem International
Nov 2015 - Ogo 2016 (9 bulan, 2 hari)
-PV Solar Energy System design and commissioning -Off Grid Domestic and Commercial Solar Systems -Agricultural Solar Pumps

Pendidikan

MS Electrical Engineering

University of Engineering and Technology, Lahore, Pakistan 2018 - 2020
(2 tahun)

B.Sc Electrical Engineering

University of Engineering and Technology, Lahore, Pakistan 2011 - 2015
(4 tahun)

Kelayakan

Registered Engineer

PEC
2015
Registered Engineer from Pakistan Engineering Council.

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Electronics 6
Matlab and Mathematica 6
Engineering 5
Algorithm 5
Electrical Engineering 5

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Matlab and Mathematica
Engineering
Algorithm
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