![]() If you have any questions do not hesitate to contact David Hovsepian by email at or phone at 78. In other words, this video is beneficial for. That said, the steps for setting up a model are the same no matter what physics you are modeling. Seating is limited, so registration in advance is advised. In the video, we use an electrical-thermal-structural coupling to demonstrate the concept of multiphysics, which is one of the large advantages for using the COMSOL software. Please note as of version 5.2, a 64-bit is required.)ĪM Session – Clark Hall, Room 309 ***Note the room change***Ĩ:30am – 10:00am Introduction to COMSOL & Application Builderġ1:30am – 12:30pm Lunch, provided by COMSOL ![]() (Here is a link with minimum system requirements. Advance registrants will be able to download a trial copy ahead of the workshop. Participants should bring their own laptops. Applications of the software are found in virtually every area of science and engineering. Who should attend? Anyone interested in simulating and optimizing engineering phenomena based on PDEs, such as structural mechanics, heat transfer, electromagnetics, fluid flows, etc. On March 18th, COMSOL will give a free multiphysics modeling workshop at Case Western Reserve University, where you will get hands-on experience with COMSOL Multiphysics and check out the new Application Builder and capabilities with Fluid Flow. COMSOL Multiphysics, Application Builder and Fluid Flow Workshop modeling fluid flow in a canal with a solid steel wall as boundarymodeling the velocity and temperature profile in the fluid with a heat flux in the boundary.
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