Introduction to CFD in SolidWorks — Simulating Electric Motor Cooling

Learn CFD SolidWorks Flow Simulation using a real-world engineering problem: Cooling performance of an electric motor.

You’ll model airflow, heat generation, meshing strategy, convergence, and temperature fields, and understand what’s happening at every step. By the end, you’ll confidently:

  • Set up CFD studies from scratch

  • Define heat sources and materials

  • Apply boundary conditions correctly

  • Refine mesh where it matters

  • Interpret temperature and velocity plots

  • Perform mesh sensitivity studies

  • Evaluate cooling effectiveness

  • Know when results are reliable

Introducing: Introduction to CFD in SolidWorks — Simulating Electric Motor Cooling

What You’ll Learn Inside

✔ CFD Fundamentals (Without the Theory Overload)

Understand:

• What CFD really solves
• How Flow Simulation works in SolidWorks
• Heat transfer basics

✔ Preparing the Model for Simulation

Learn how to:

• Simplify geometry for CFD
• Seal leaks and cavities
• Define rotating regions
• Assign materials
• Add heat power to components

✔ Mesh Strategy That Makes Sense

Instead of blindly sliding mesh bars, you’ll learn:

• Global vs local mesh refinement
• Mesh control regions
• How to run mesh sensitivity studies

✔ Boundary Conditions & Goals

You’ll see:

• Inlet and outlet setups
• Environmental pressure
• Fans and flow openings
• Heat sources

✔ Running & Interpreting Results

Master:

• Temperature plots
• Velocity fields
• Streamlines
• Cut plots
• Surface parameters
• Heat flux
• Solid temperatures
• Flow paths

✔ Evaluating Cooling Performance

Finally, you’ll analyze:

• Hot spots
• Maximum temperatures
• Cooling channel effectiveness
• Design weaknesses
• How geometry impacts cooling

Electric Motor Cooling Simulation

Who This Course Is For

  • Mechanical engineering students

  • Junior engineers

  • Product designers

  • Anyone starting with CFD

  • SolidWorks users wanting thermal simulations

  • Engineers working with motors, housings, or electronics

By the End of the Course, You’ll Be Able To:

  • Run CFD studies

  • Explain your simulation choices

  • Validate mesh quality

  • Spot unrealistic results

  • Optimize cooling designs

  • Add CFD to your engineering skillset

  • Stand out in job interviews

  • Save time during design

©cadandengineeringschool

SOLIDWORKS is a registered trademark of Dassault Systemes SolidWorks Corporation and not related to cadandengineering.com. The intellectual property depicted in these 3D models are not affiliated with or endorsed by the original rights holders.