1500mm Ducted Fan CFD Study

@ZohaibRoy

⭐⭐⭐⭐⭐ Complete ANSYS Fluent Analysis for Your Ducted Fan Project ❇️ Hi My Friend, I hope you are doing well. I reviewed your project requirements and see you are looking for a complete ANSYS Fluent analysis of a ducted fan. You don't need to look any further; Zohaib is here to help you! My team has successfully completed 50+ similar projects in fluid dynamics. I will create a detailed 3-D model, generate a high-quality mesh, and run simulations to predict thrust and performance, ensuring your requirements are met within the budget. ➡️ Why Me? I can easily handle your ANSYS Fluent analysis as I have 5 years of experience in computational fluid dynamics, specializing in fan and duct systems. My expertise includes 3-D modeling, mesh generation, turbulence modeling, and post-processing. Additionally, I have a strong grip on tools like ANSYS Fluent and CFD-Post, ensuring accurate and reliable results. ➡️ Let's have a quick chat to discuss your project in detail and let me show you samples of my previous work. Looking forward to discussing this with you in chat. ➡️ Skills & Experience: ✅ ANSYS Fluent ✅ CFD-Post ✅ 3-D Modeling ✅ Mesh Generation ✅ Turbulence Modeling ✅ Steady-State Simulations ✅ Transient Simulations ✅ Post-Processing ✅ Data Analysis ✅ Report Generation ✅ Python Scripting ✅ Problem Solving Waiting for your response! Best Regards, Zohaib

@kkirandeep582

Hello Sir , With a decade of experience as a 3D Modeler, I am well-versed in designing and refining clean, complex 3-D models. I understand the importance of balanced mass flow and millimetre-precision in constructing your 1500mm coaxial ducted fan model. Moreover, my indepth knowledge of ANSYS Fluent and CFD-Post will ensure accurate meshing to resolve boundary layers inside the duct and minimize numerical diffusion - guaranteeing both mesh independence and high-quality output. I propose adopting an actuator disk approach for blade representation and selecting an appropriate turbulence model after carefully evaluating your dataset. My aim is not only to predict thrust, pressure recovery, torque and overall aerodynamic performance but to also provide you with detailed post-processing reports loaded with contours, plots, integral values, mesh independence checks along with my expert analysis. Choosing me for this project ensures not just technical proficiency but also the benefits of engaging with a multi-disciplinary professional who's worked extensively in engineering projects. Rest assured, my commitment to delivering excellence alongside satisfying your specific needs will remain unwavering throughout our collaboration.

@manusharma2992

With extensive skills in 3D Modelling, Finite Element Analysis, and Mechanical Engineering, I'm your ideal candidate for a complete ANSYS Fluent analysis and Actuator Disk approach study on the 1500mm Ducted Fan. My deep knowledge of ANSYS Fluent 2021 R2 or later, CFD-Post and auxiliary scripting (such as Python or Scheme) will help me create a clean 3-D model of the duct, spinner and hub that perfectly resolves boundary layers, minimize numerical diffusion in the wake and give you accurate results.

@mahmoudralizadeh

Hi, I understand you need a complete ANSYS Fluent CFD study of a 1500 mm coaxial ducted fan using the Actuator Disk approach, including mesh independence verification, thrust and torque prediction, pressure recovery analysis, and validation against experimental test data. I’m a Mechanical Design and Simulation Engineer with 15+ years of experience in ANSYS Fluent and SolidWorks, specializing in CFD, FEA, fluid flow analysis, 2D/3D modeling, and prototype development. I have performed CFD studies on pumps, fans, ventilation systems, and internal flow devices, including turbulence modeling, mesh optimization, performance prediction, and correlation of simulation results with test measurements. My approach will focus on building a reliable CFD model, selecting and justifying the appropriate turbulence model, conducting a rigorous mesh independence study, and delivering clear engineering insights that can be directly compared with your bench-test data. Could you share the operating RPM range and whether swirl effects from the actuator disk need to be included in the model? If you’d like, I can first review the geometry and test data and propose the CFD methodology before starting the simulations.

@rvwebfreelancing

Hi there, CFD analysis of ducted fans requires accurate turbulence modeling, boundary-condition definition, and performance evaluation to reliably predict thrust, pressure distribution, flow separation, and overall aerodynamic efficiency. We can perform the CFD study with validated simulation workflows, detailed flow analysis, and engineering-focused reporting optimized for design optimization and performance assessment. To proceed accurately. ✅ What are the ducted fan dimensions, operating RPM range, and target performance metrics? ✅ Which deliverables are required: thrust calculations, pressure distribution, efficiency analysis, noise assessment, or flow visualization? ✅ Do you already have CAD geometry available, or should the model be prepared for CFD as part of the scope? Portfolio: www.freelancer.com/u/rvwebfreelancing/mech We will answer all questions and ensure a professional, smooth project process. Ready to begin. Buildtrix Studio

@sakshis576

As a seasoned professional in the field of 3D modelling and simulation, I believe I am uniquely qualified to tackle your project. My proficiency with ANSYS Fluent, CFD-Post, and scripting languages such as Python aligns perfectly with your desired tools for the job. I've developed an intricate understanding of fluid mechanics and aerodynamics through my past experiences working on similar projects, which will undoubtedly aid me in building or refining a clean 3-D model of the duct, spinner, and hub.

@topcreator100

Hey I'm excited about this Computational Fluid Dynamics study and confident I can deliver a solid ANSYS Fluent analysis for the 1.5 m ducted fan. I will use Python to automate post-processing and generate clear thrust, torque, and efficiency plots. I will handle the 3D Modelling of the duct, spinner and hub, with actuator disk as a clean representation for wake and performance analysis. This project aligns with my CFD experience and I can deliver a concise report along with mesh checks and the original work files within the agreed timeline. Next steps: I can start immediately and deliver an initial setup within 1 to 2 weeks once geometry and boundary data are shared. Thanks, Freelancer

@belalahmed159

Hi there, I checked your project details carefully and I have a great interest in your project. As I am a SolidWorks, ANSYS & Abaqus expert and mechanical engineer, CFD expert, I can deliver perfect result within deadlines. If you hire me, then your project will be completed more successfully. Looking forward to discussing your project and getting started. Best regards Belal

@softsolution2000

I have extensive experience in ANSYS Fluent analysis and am confident in my ability to successfully complete the 1500mm Ducted Fan CFD Study project. I have a strong background in Mechanical Engineering and Finite Element Analysis, which will be essential for building and refining the 3-D model of the ducted fan. I am skilled in Python and have experience with CFD-Post for post-processing tasks. I am detail-oriented and will ensure that the mesh resolution is sufficient for accurate results. I am ready to start working on the project and can provide the necessary deliverables as outlined in the project brief. See the above links please. Please go through my profile its 15 years old see the work I did over the years. ---> No Win No Fee means that your satisfaction is my utmost priority. <---- Lets discuss the job details. Moreover, I am willing to start the job and perform tasks without even being hired; it is just to show my commitment to this project. Looking forward to hear from you. Regards Shah

@qualityxenter

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@subodhkumarv2015

Hi, there I hope you’re doing well. I’m a Mechanical Engineer with strong experience in SolidWorks, Ansys, SAP2000, Abaqus. I’ve completed many projects as following: • 3D modeling and mechanical design with functions • FEA and CFD simulations • Analysis result report I can deliver accurate results and fast revisions, and I always maintain clear communication and reliability. I’d be happy to discuss your project details and start immediately. Looking forward to working with you. Best regards

@azammarodz

Hello, I'm a professional statistics&AI expert. I've read your job proprosal and shared pdf carefully. I'll be the best candidate due to my experience. I'll work on your project and complete your project in 3 days. Looking forward to your response. Best regards.

@alizain721

Most discrepancies between CFD and bench tests come from how the actuator-disk, boundary layers and wake are represented — a coarse mesh or the wrong turbulence model will give good-looking contours but the wrong thrust/pressure recovery numbers. I’ll refine your 3-D duct/spinner/hub, represent blades with an actuator-disk body‑force/porous-jump in Fluent, generate a boundary-layer-resolved tetra/hex-prism mesh with targeted y+ < 1–30 as appropriate, run steady RANS (SST k-omega baseline) and monitor residuals/mass balance; if signs of unsteady wake interaction appear, I’ll follow up with transient DES/URANS. I’ll deliver mesh-independence cases, CFD-Post plots, and a concise PDF plus all .msh, .cas, .dat and journal/scripts. Preferred stack: ANSYS Fluent 2021R2+, ANSYS Meshing or ICEM for structured layers, CFD-Post, Python/Scheme for automation and mesh-convergence scripts. I’ll hand over runnable scripts so you can re-run parametrics or extend to LES later. I’ve completed multiple propulsion/rotor CFD and FEA workflows—meshing, solver automation and client-ready reports—and can share case summaries on request. I estimate 10–14 days from receipt of geometry and boundary data. Quick question: what file format will you provide the geometry in, and what is the reference operating point (RPM or mass flow) you want matched?

@lukesanthony

Hello, I have extensive experience performing ANSYS Fluent CFD studies for ducted fans, axial fans, UAV propulsion systems, and internal flow devices using both full blade geometry and Actuator Disk methodologies. I’ve delivered validated aerodynamic analyses including mesh independence studies, turbulence model evaluation, thrust and torque prediction, pressure recovery assessment, wake characterization, and correlation against experimental test data. For this project, I can develop the CFD model, generate a high-quality mesh with proper boundary layer treatment, implement the actuator disk approach, and conduct the required convergence and validation studies. The final package will include all Fluent project files, post-processing results, performance plots, and a concise engineering report documenting assumptions, solver settings, verification steps, and comparison against your benchmark data. Best regards.

@daljidel001

Sir, I am a perfect fit for this CFD analysis requirement. With 17 years of experience and successful completion of similar aerodynamic and ANSYS Fluent projects, I can perform Actuator Disk-based simulations, generate high-quality meshes, conduct mesh independence studies, and deliver thrust, torque, pressure recovery, and efficiency predictions with complete work files and reports. Which operating RPM and boundary conditions will be used? Do you already have experimental thrust data for validation within ±5% accuracy? It would be my pleasure if you give me the opportunity to show my capabilities. Thank you for your valuable time and consideration.

@ssumitkumar7800

With over a year of solid experience in 3D modeling and mechanical engineering, I have had the privilege of utilising several design software including, but not limited to, ANSYS Fluent, which is your project's main requirement. I am knowledgeable about the Actuator Disk approach and its application to generate thrust, pressure recovery, torque and aerodynamic performance. Over my career, I've been able to test and establish efficient ways to balance mass flow while maintaining low residuals of less than 1 × 10⁻⁴.

@engrfarooq04

With a background in mechatronics engineering and over 50 successfully completed projects under my belt, I am confident in my ability to deliver precisely what you need for your 1500mm Ducted Fan CFD Study. My comprehensive knowledge of ANSYS Fluent, CFD-Post, Python and Scheme will allow me to construct a clean and detailed 3D model that accounts for your specific testing data and parameters. Moreover, guaranteeing accurate results is essential. To achieve this, I not only diligently run simulations but also conduct thorough post-processing with meticulous attention to detail, from generating detailed contours to providing insightful reports explaining assumptions and findings. With me on board, you will also be delivered all the necessary working files ensuring complete transparency. Let's discuss your project in detail; I look forward to exceeding your expectations!

@mohammadh684

Hello, I am a Mechanical Engineer specializing in CFD, turbomachinery, and ANSYS Fluent simulations. I reviewed the specification and understand that this is a complete CFD engineering study of the 1500 mm LIBELLE coaxial ducted fan using a dual Actuator Disk approach, including CAD simplification, mesh verification, RPM sweep analysis, duct augmentation assessment, vane loss evaluation, and technical reporting. I can deliver: • CAD cleanup and actuator disk implementation • High-quality mesh with boundary layer refinement • k-ω SST turbulence model selection and justification • Mesh independence study • RPM sweep (2400–3200 RPM) • Duct augmentation factor evaluation • Vane loss and wake analysis • Pressure, velocity, and streamline visualization • Convergence verification and mass balance checks • Professional PDF report with methodology, assumptions, results, and conclusions • Complete Fluent source files (.msh, .cas, .dat, .wbpz) My experience includes CFD, HVAC airflow simulations, turbomachinery, mesh sensitivity studies, and validation workflows. I focus on producing physically meaningful results that can be compared directly with experimental data. My proposed budget is 580 AUD, reflecting the engineering effort required for CAD preparation, mesh verification, multiple operating-point simulations, post-processing, and documentation. I am available to start immediately upon receiving the CAD files and test data. Regards, Mohammad Haris

@johnedwardl

Hi, I will deliver a comprehensive ANSYS Fluent analysis of your 1,500 mm coaxial ducted fan using the Actuator Disk approach. My experience with high-fidelity CFD simulations ensures that I’ll develop or refine a precise 3D model of the duct, spinner, and hub while effectively implementing a high-quality mesh to capture the necessary boundary layer dynamics. I’ll select the most suitable turbulence model based on the expected flow regime, and I am prepared to run both steady-state and transient simulations to ensure convergence. Post-processing will provide detailed contours, plots, and integral performance metrics, all compiled in a clear report that meets your specifications. To align my work with your acceptance criteria, I will ensure residuals are minimal, perform a thorough mesh independence check, and validate thrust predictions against your empirical data. I typically deliver projects like this within 2-3 weeks, depending on the complexity of the initial model. Please share the geometry specifics and boundary conditions at your earliest convenience to get started. Thank you.