Accurate simulation of real-world events in a virtual environment requires use of analysis and simulation tools that incorporate and accurately link a range of physical phenomena such as fluid, electromagnetic, structural, thermal, and other interdependent effects.

This type of multiphysics simulation simultaneously solves numerous, complex, and interdependent phenomena. It can thus eliminate the small yet significant errors that may arise from the approximating, patching, and sequential coupling that occur when using conventional analysis codes. COMSOL Multiphysics is unique in providing the capability to predict the effects of simultaneously applied physical phenomena thus giving a more accurate simulation of real-world events.

Scientists at Advanced Computational and Engineering Services have experience using an advanced analysis code, COMSOL Multiphysics , to perform complex multi-physics simulations. Analyses of this type allow a fundamental understanding of the nature of complex events to be established. This provides a virtual environment for assessing the viability of complex manufacturing processes and the integrity of product and component designs that may be subjected to extreme operating conditions.

This virtual environment allows us to rapidly screen concepts and designs, define viable processing options, and investigate "what if" options, saving your company both time and expense during the critical, technological development stage.