Rahul R. Profile | Freelancer

Bagaimana ia berfungsi

Layari Pekerjaan

MENJELAJAH

5.0

(12 ulasan)

Gambar muka depan profil

Anda kini mengikuti

Ralat mengikuti pengguna.

Pengguna ini tidak membenarkan pengguna untuk mengikuti mereka.

Anda telah mengikuti pengguna ini.

Pelan keahlian anda hanya membenarkan 0 mengikuti. Naik taraf di sini.

Berjaya menyahikut

Ralat tidak mengikuti pengguna.

Anda berjaya mengesyorkan

Ralat mengesyorkan pengguna.

Sesuatu telah berlaku. Sila segar semula halaman dan cuba lagi.

E-mel berjaya disahkan.

$15 USD / jam

Bendera UNITED STATES

bethlehem,

$15 USD / jam

Sekarang jam 9:34 PTG di sini

Menyertai April 10, 2013

0 Cadangan

Rahul R.

@raulraghav

5.0

(12 ulasan)

4.1

4.1

83%

83%

$15 USD / jam

Bendera UNITED STATES

bethlehem,

$15 USD / jam

83%

Pekerjaan Disiapkan

100%

Mengikut Bajet

100%

Tepat Pada Masa

N/A

Kadar Upah Semula

Mechanical Engineer, PhD

I am a Mechanical Engineer with a PhD degree. My focus is on thermal-fluid sciences, product design, computational fluid dynamics (CFD) and finite element analysis (FEA). I do freelancing to curb my curiosity. Happy to have a chat over projects! LinkedIn: [login to view URL]

Lihat semua Engineers dalam United States

Hubungi Rahul R. tentang pekerjaan anda

Log masuk untuk membincangkan sebarang butiran melalui sembang.

Portfolio

$- Modeled 3D design of a cartridge heater and performed CFD analysis on the mixing of two liquids in the heater using free and opensource CFD software OpenFOAM. - Evaluated the time required for one liquid to replace the other liquid completely out of the heater. Calculated the volume fraction of the liquid at the end of each time period to evaluate the volume of liquid required to completely replace the other.$

CFD Simulation of Mixing of Two Liquids in a Catridge Heater

- Analysis on 3D models of cemented hip prosthesis to evaluate the regions of maximum stress. Performed fatigue analysis to estimate the fatigue life of the prosthesis. Optimized the design to withstand higher stress levels.
- Tested the model using Stainless-Steel alloys, Cobalt Chrome alloys and composites and compared their performance under similar loading conditions.

Finite Element Analysis of Composite Hip Prosthesis

- Analysis on 3D models of cemented hip prosthesis to evaluate the regions of maximum stress. Performed fatigue analysis to estimate the fatigue life of the prosthesis. Optimized the design to withstand higher stress levels.
- Tested the model using Stainless-Steel alloys, Cobalt Chrome alloys and composites and compared their performance under similar loading conditions.

Finite Element Analysis of Composite Hip Prosthesis

- Analysis on 3D models of cemented hip prosthesis to evaluate the regions of maximum stress. Performed fatigue analysis to estimate the fatigue life of the prosthesis. Optimized the design to withstand higher stress levels.
- Tested the model using Stainless-Steel alloys, Cobalt Chrome alloys and composites and compared their performance under similar loading conditions.

Finite Element Analysis of Composite Hip Prosthesis

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

$- Modeled 3D design of a cartridge heater and performed CFD analysis on the mixing of two liquids in the heater using free and opensource CFD software OpenFOAM. - Evaluated the time required for one liquid to replace the other liquid completely out of the heater. Calculated the volume fraction of the liquid at the end of each time period to evaluate the volume of liquid required to completely replace the other.$

CFD Simulation of Mixing of Two Liquids in a Catridge Heater

- Analysis on 3D models of cemented hip prosthesis to evaluate the regions of maximum stress. Performed fatigue analysis to estimate the fatigue life of the prosthesis. Optimized the design to withstand higher stress levels.
- Tested the model using Stainless-Steel alloys, Cobalt Chrome alloys and composites and compared their performance under similar loading conditions.

Finite Element Analysis of Composite Hip Prosthesis

- Analysis on 3D models of cemented hip prosthesis to evaluate the regions of maximum stress. Performed fatigue analysis to estimate the fatigue life of the prosthesis. Optimized the design to withstand higher stress levels.
- Tested the model using Stainless-Steel alloys, Cobalt Chrome alloys and composites and compared their performance under similar loading conditions.

Finite Element Analysis of Composite Hip Prosthesis

- Analysis on 3D models of cemented hip prosthesis to evaluate the regions of maximum stress. Performed fatigue analysis to estimate the fatigue life of the prosthesis. Optimized the design to withstand higher stress levels.
- Tested the model using Stainless-Steel alloys, Cobalt Chrome alloys and composites and compared their performance under similar loading conditions.

Finite Element Analysis of Composite Hip Prosthesis

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

- Designed, fabricated and assembled a solar powered Stirling engine to operate at a minimum temperature difference of 14C. Pre-design discovery, 3D designing and prototype modeling were major responsibilities.
- Obtained a stable engine rotation speed of 138 rpm at 14C temperature difference and observed speeds ranging from 140 rpm to 375 rpm at temperature difference range of 14C to 40C.

These designs were not my original idea. My idea was only to make a stirling engine that would run under small temperature difference and I had taken a lot of help from internet and other students who had worked on this before.

Now similar models are sold at various online sites starting from $99.
http://www.newegg.com/Product/Product.aspx?Item=9SIA00W0F47547

Design and Fabrication of LTD Solar Powered Stirling Engine

Ulasan

Perubahan disimpan

Menunjukkan 1 - 5 daripada 12 ulasan

Tapis ulasan mengikut:

0.0

$45.00 USD

Ansys fluent simulation of Multiphase liquid spray impingement

The project is not completed according to the dispute

Mechanical Engineering

Chemical Engineering

Manufacturing Design

jayedullash

@jayedullash

•

9 tahun yang lalu

5.0

$400.00 USD

Mechanical, Automotive and Motorsport Engineering Projects (10,000)

Perfect ! Great Project

Mechanical Engineering

Martin M.

@chunnee

•

9 tahun yang lalu

5.0

$70.00 USD

CFD Analysis With Solidworks.

Excellent work! Really good experience

Mechanical Engineering

F

Closed User

@farahali7866

•

9 tahun yang lalu

5.0

$60.00 USD

solidworks for product design assignment

The writer is very quick and responsible one , very efficient

Research Writing

Manufacturing Design

Elite A.

@EliteAI

•

10 tahun yang lalu

0.0

$225.00 USD

Need Finite Element Anylsis(FEA) on special design nut fastener

raulraghav was unable to complete my project. I was notified after two weeks.

Materials Engineering

Arnold L.

@arnhalen

•

10 tahun yang lalu

Hubungi Rahul R. tentang pekerjaan anda

Log masuk untuk membincangkan sebarang butiran melalui sembang.

Pengesahan

Pekerja Bebas Pilihan

Identiti Disahkan

Pembayaran Disahkan

Telefon Disahkan

E-mel Disahkan

Facebook Dihubungkan

Pensijilan

US English 1

98%

Basic Numeracy 1

94%

Kemahiran Teratas

5

1

1

1

Layari Pekerja Bebas Serupa

Engineers in United States

Research Analysts

3D Rendering Experts

Layari Pameran Serupa

Pengguna Sebelumnya

Pengguna Seterusnya

Jemputan berjaya dihantar!

Terima kasih! Kami telah menghantar pautan melalui e-mel kepada anda untuk menuntut kredit percuma anda.

Sesuatu telah berlaku semasa menghantar e-mel anda. Sila cuba lagi.

Memuatkan pratonton

Kebenaran diberikan untuk Geolocation.

Sesi log masuk anda telah luput dan telah dilog keluar. Sila log masuk sekali lagi.