Tags :Theseus-FE training

THESEUS-FE® general information THESEUS-FE offers an implicit Finite Element (FE) steady-state or transient solver for a wide range of heat transfer problems. The user is capable of applying different types of thermal boundary conditions such as: convection, radiation, contact, inner/outer heat sources, etc, and all multi-boundary conditions can be time or temperature dependent and also applied element wise by reading from files. The high performance radiation solver allows for short-wave radiation with transmission and refraction in elements, and also long-wave radiation with diffusive and multiple reflection. The necessary view-factors are calculated with the most modern algorithms from computer graphics and take into account aspects of shading. To allow for the computation of larger models, adjacent elements can be grouped together...

THESEUS-FE® general information THESEUS-FE offers an implicit Finite Element (FE) steady-state or transient solver for a wide range of heat transfer problems. The user is capable of applying different types of thermal boundary conditions such as: convection, radiation, contact, inner/outer heat sources, etc, and all multi-boundary conditions can be time or temperature dependent and also applied element wise by reading from files. The high performance radiation solver allows for short-wave radiation with transmission and refraction in elements, and also long-wave radiation with diffusive and multiple reflection. The necessary view-factors are calculated with the most modern algorithms from computer graphics and take into account aspects of shading. To allow for the computation of larger models, adjacent elements can be grouped together...