COMSOL Multiphysics

Solver Settings Class Wrap Up   We held another Solver Settings Class recently, the second time we have offered this class via the Web. Offering web-based classes is something we have started to do recently, and based on the feedback we received, something we will do more and more of moving forward. Josh Thomas was

COMSOL Tips & Tricks   In our quest to keep uncovering the best COMSOL Tips & Tricks, we wanted to pass along a nice feature we had never seen until COMSOL published it in a recent blog –  “The Graphics Window: Effective and Beautiful Postprocessing” . Within a day or two, almost all of us

COMSOL Training – The Truth About Our Classes We readily accept that our COMSOL Training classes are not for everyone, especially with COMSOL doing such a good job.  The training calendar is ready for the first half of next year, and we are now registering for our classes. Check it out using this link. Some

Decrease Total RAM Required to Solve Sequentially Coupled Multiphysics problems. Another COMSOL Tips & Tricks Deposit:   Are you solving a multiphysics problem?  If so, do you know if your equations are sequentially coupled or intimately coupled?  Well, if your equations are sequentially coupled, you can decrease the total RAM required to solve your systems

FEA (Finite Element Analysis) – Critical Questions to Ask Jack Thornton, MINDFEED Marcomm, wrote an excellent article on FEA that we really thought would be good to share – “Questions Decision Makers Should Ask About Computer Simulations”.   Thornton starts out his article with the following two paragraphs:   “The computerization of engineering (and everything

As part of our efforts to assist COMSOL users in performing high-quality analysis, we recently used our bi-monthly email to provide a COMSOL Tips and Tricks update. In this tip, we remind users to include twelve degrees of freedom per wavelength when meshing wave problems. The following video demonstrates why twelve degrees of freedom per

This presentation provides an overview of quenching analyses as a specific example of conjugate heat transfer analysis. The presentation was given as part of a webinar on heat transfer analysis using COMSOL Multiphysics. Work conducted on analyzing air and oil quenching appears in this presentation. These quenching analyses include heat transfer mechanisms of conduction, convection,