Numerical models are powerful tools for engineers who are analyzing complex flow, heat transfer, and other computer-aided engineering (CAE) problems. Complex geometries and varying boundary conditions can be easily and economically simulated using numerical modeling methods. The nature of simulation means that properties such as pressure, temperature and velocity can be obtained at virtually every point in the problem domain.

Numerical models can be modified quickly to verify hypotheses or to evaluate a matrix of parametric design changes. The end results are fast and accurate simulations that yield extensive design information at an economical price.

Analyzing physical phenomena using numerical models increases accuracy and reduces costs in the engineering design and development process. Visualization provides insights that help you understand the mechanisms inside your data. These insights are critical in explaining physical observations, in pinpointing and solving problems and in optimizing designs or production processes.

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