September 28, 2021
Increase in Productivity
Enhance to Speed Market
Savings in Efficiency
What to Expect
- Duration: 2 days
- Time: 8:00 AM – 5:00 PM
- Prerequisites: SOLIDWORKS Fundamentals and a minimum of 80 hours of SOLIDWORKS modeling time. Background or understanding of Fluid Mechanics is not required, but a plus.
Optimize your Design for Fluid Flow and Heat Transfer
- Visualize fluid flows internal to, or around your product.
- Understand heat transfer through conduction, convection, and radiation to optimize heating or cooling of your design.
- Verify pressure drops, temperatures, flow rates, velocities, and so much more.
- Identify potential flow problems such as recirculation, cavitation, or improper mixing before creating a prototype.
Internal Flow Analysis
Learn to set up a simulation of fluid flow internal to an assembly. Identify pressure drops, fluid velocities, and visualize flow patterns.
Utilize fans to create convective effects on an internal fluid analysis. Learn how to optimize cooling inside electronics enclosures, among other applications.
Simulated heat transfer, or fluid flow as a function of time. Identify time dependent effects such as rate of temperature increase, or vortex shedding.
Porous Media Simulation
Utilize Porous Media simplification models to simulate numerous semi-permeable materials, defined based on porosity or pressure drop.
Rotating Reference Frames
Understand and implement rotating reference frames to simulate flow around fans or rotors.
Transfer Fluid Results to FEA
Learn how to transfer fluid flow fields (such as drag forces, or thermal loading) to a SOLIDWORKS Simulation study, and understand part deformations and deflections.