Simulation of the stresses present in a structure to determine the safety factor against structural failure. Occasionally, structural optimization is required based on a desired parameter.

A simulation in which flow conditions are defined at the boundaries of the fluid domain, and velocity characterizations are required in critical areas.

In this simulation, it is necessary to determine the velocities and pressures around a wing or any aerodynamic object as a result of air or gas flowing around it. Additionally, lift and drag data are required as part of the simulation outputs.

In this simulation, it is required to determine the temperature distributions across several heat-conducting bodies. In this analysis, temperatures in various components may change over time, making it desirable to know when and at what exact point in the system the temperature reaches a critical level.

In this simulation, we are interested in finding the magnetic flux and its intensity, as well as its response to the presence of a magnetic material. Additionally, the magnetic field can be an induced field generated by an electric field.