Key Benefits

An Optimized Cooling Strategy for Electronic Components

  • Enhance the thermal performance of electronic components
  • Simulate multi-layer PCBs, heat pipes, and thermoelectric coolers quickly and easily
  • Calculate product heating due to electric currents and predict temperature rises
  • Insert previously manufactured cooling fans to your design instantaneously

Two Resistor Compact Model

Heatsink Detection

Joule Heating

SOLIDWORKS Simulation Flow Electronic Cooling
SOLIDWORKS Simulation Flow Electronic Cooling

Capabilities

Advanced Tools for Electronics Enclosure Design

TWO RESISTOR COMPONENTS

A concise process that accurately simulates common electronic packages in most designs.

HEAT PIPES

A fast method for modeling the predominant cooling approach in an electronics enclosure.

INTEGRATED PCB GENERATOR

Easily integrate multi-layer PCBs into your simulations, including all relevant thermal conductivity data, in just seconds.

JOULE HEATING CALCULATION

Accurately capture heat added to a system from the passage of electric current through a conducting element.

EXPANDED ENGINEERING DATABASE

Includes a wide range of new fans, thermoelectric coolers, two-resistor components, interface materials, and typical IC packages.

Download the datasheet

What People Are Saying

SOLIDWORKS Flow Simulation not only improves our productivity and efficiency, but also lets us tackle heat transfer challenges that we would not be able to resolve without it.

-Travis Kenworthy, Engineer
QUICK TIPS

Flow Design Validation

Don’t forget to vent your design! Take a deeper look at electronic enclosures with SOLIDWORKS.

Watch the Video

In Person Training

Training Just For You

Our experienced training advisers can help you get the training that’s best for you.

Learn More

Discover how More is Possible®
with DesignPoint today!

Questions?

Contact us at info@design-point.com or call 732-669-0055