I will do power electronics thermal and cooling simulation using cfd and fea

K
krunal7455
K
krunal7455
Krunal Patel

About this gig

Note: Please contact me before placing an order to ensure your project is within my scope and to receive an accurate delivery time and cost estimate.


Welcome!


Are you facing overheating or thermal reliability issues in your power electronics systems? I specialize in thermal and cooling simulations for power electronics using CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis) to help you design efficient, safe, and compact systems.

With over 14+ years of experience in simulation, I provide accurate thermal modeling, performance analysis, and optimization services for your devices, enclosures, and PCBs.


What I Offer:

  • Thermal analysis of MOSFETs, IGBTs, heat sinks, and power modules
  • Forced & natural convection cooling simulation
  • Heat sink selection and optimization
  • PCB-level thermal simulation (via Icepak, Flowtherm, Fluent, etc.)
  • Liquid/air cooling simulation
  • Junction-to-case, junction-to-ambient temperature profiling
  • Thermal resistance & hotspot analysis
  • Coupled electrical-thermal studies (if needed)


Why Choose Me?

  • Deep expertise in power electronics cooling
  • Professional-grade simulation tools
  • Fast delivery with detailed reports
  • NDA and confidential
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 Krunal Patel

Krunal Patel
4.8(8)
  • FromIndia
  • Member sinceSep 2020
  • Avg. response time3 hours
  • Last delivery2 weeks
  • Languages

    Gujarati, English, Hindi
I'm a mechanical engineer, 12+ years Professional experience as an ANSYS certified CFD/FEA Simulation & Validation engineer in Saudi Arabia (5 years) and India (7 years). I executed various CFD/FEA projects as an engineer from industries like Power Electronics, Oil and Gas, Process, HVAC etc. Expertise in fluid flow, heat transfer, turbulence, multi phase flows, fluid-structure interaction (FSI), robust design and optimization.

Related tags