Dr. Matthew Hancock presented a webinar discussing how Veryst uses COMSOL Multiphysics as a key tool for modeling, designing, and optimizing organ-on-a-chip and microphysiological systems.
In this webinar sponsored by COMSOL, Dr. James Ransley worked through a case study in which he optimized the properties of a piezoelectric bender actuator.
Dr. James Ransley offered a webinar on how to use multiphysics modeling for MEMS systems.
Modeling a complex thermomechanical process, such as welding, requires the inclusion of several coupled physics phenomena. The webinar described how multiphysics modeling enabled a simulation of a valve welding process, which was needed to determine how a toxic leak developed.
Dr. Matthew Hancock presented case studies and performed a live demo as part of the May 14, 2015 webinar "Simulation of Microfluidic Devices Using COMSOL" hosted by COMSOL and NASA Tech Briefs.
In Dr. Jorgen Bergstrom's webinar, he demonstrated how nonlinear structural material models can be calibrated and used in multiphysics simulations, discussed what type of experimental data is required, and illustrated how to select a proper material model to get accurate results.
One of the primary challenges in designing adhesively bonded structures is predicting when an adhesive or bonded interface will fail. Dr. Mark Oliver shared two case studies using COMSOL Multiphysics to predict the strength and improve the performance of adhesively bonded structures.
Analyzing nonlinear materials often requires hyperelastic, viscoelastic, and viscoplastic material models. Dr. Bergstrom discussed how COMSOL Multiphysics makes it possible to calibrate and use these material models in finite element analysis.