Reliable efficiently engineered solutions
Static linear analysis of a component or assembly for linear elastic materials with time invariant loads in magnitude or direction and negligible change in system stiffness as a result of geometry change due to deflection.
Dynamic analysis of a component or assembly for linear elastic materials with time variant loads in magnitude that accounts for inertia effects of the component or assembly.
Fatigue analysis of a component or assembly is required when there are mean (static stresses) coupled with alternating (fluctuating stresses). Alternating stresses may arise as a result of varying loads or constant loads on a rotating shaft.
Nonlinear analysis of a component or assembly may be required when the part is made of a nonlinear material, when loads change direction with respect to time, or when the loads applied change the geometry enough so that the stiffness of the geometry changes as the load is applied.
Thermal analysis of a component or assembly address issues or heat transfer to or from a product. Modes of heat transfer may involve combinations of conduction, convection, and radiation. Frequently, products undergoing large temperature changes may have significant stresses imposed on them as a result of the thermal gradients and constraints on the product.
