I will perform fea analysis on solidworks

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arshad108
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arshad108
Arshad M

About this gig

In my most basic package, I will perform FEA on your 3D file (.STEP / .SLDPRT / .SLDASM or anything that can convert to a file which functions on solid works). You will have to provide me with:

  • load cases you want to have analyzed
  • description of loads and how they are applied
  • description of how the parts are fixed/mounted in the real world
  • description of which material(s) are used.

From this package, you will receive:

  • a short recorded video where I explain the simulation that I've set up
  • result files
  • automatically generated report file from solidworks

If you disagree with the loads or supports or the likes I've used, I'll happily change them ONE time.


For my standard package, you receive the above plus an explanation of where the Safety factors are low and what I would recommend to fix it. You also get one more revision. The revisions provided apply to the fixtures, loads etc.


For my premium package, I will

  • provide one immediate fix if I notice a low safety factor present
  • provide you with a video of the previous unmodified part
  • in the same video, I will show what I've changed to fix it

If you disagree with my changes, the revisions provided will also include optimization.

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Arshad M

Arshad M

Automotive Engineering Student

  • FromNetherlands
  • Member sinceNov 2017
  • Avg. response time2 hours
  • Languages

    English
I am a third-year automotive engineering student at HAN University of Applied Sciences with hands-on experience in chassis and bodywork engineering for Formula Student. I have a diverse background ranging from technical maintenance and warehouse data entry to tutoring statics and teaching programming. I am proficient in SOLIDWORKS and dedicated to applying my engineering skills in practical, high-performance environments.

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