A blog on linkages between design, performance, and lifetime considering thermal Ohm’s law, thermal management of electronics and insight from Wendy Luiten
Learn how to use test and simulation software for model-based system testing (MBST) to optimize tests, have better models and more accurate virtual sensors.
Busbars are often a critical component in power applications, however only with an electromagnetic analysis of busbars can you get the complete EMC/EMI picture
The prediction of iron losses is an important aspect of improving the overall efficiency of electric machines.
A coefficient of thermal spreading and the psychology of hot spots, explained with the help of Simcenter Flotherm applied to handheld electronics and smartphones
Water Cooling? Sounds intriguing, but can liquid cooling be an effective method for thermal management of a PC system? Short…
When researching improved heat sink design to cool a CPU in a model I am developing, a common theme I…
Improvements in demagnetization predictions, simulation of bus bars and loss exports for thermal analysis.
One of the most interesting manifestations of magnetic phenomena is the motion that a magnetic field induces on some bodies and materials. This effect is used in several industrial applications, but are you able to compute it?
