Analysis

•Finite Element Analysis and closed-form solutions.

•Frequency Analysis.

•Linear Buckling analysis.

•Linear and Non-Linear Analysis.

•Conduction, Convection, and Radiation heat transfer analysis.

•Isotropic, Orthotropic, and temperature dependant material properties.

•Thermal induced stress analysis.

•Steady state and transient thermal analysis.

•Sequential and non sequential ray trace analysis.

•Kinematic Analysis and synthesis of mechanisms.

•Drop Analysis.

•Fatigue analysis.

•Optimization routines.