Thermal-Analyses

Static and transient analyses (temperature distribution, heat flow)

Evaluation of the thermal balance of active and passive components

Design optimisation based on many years of experience and numerical methods

Abstraction and implementation of complex thermal boundary conditions in mathematical models

Tools: ANSYS (FEM), ESATAN-TMS

ANSYS (FEM)

• Applied for the complete spectrum of thermal analyses

• Realisation of detailed, parametric models

• Numerical design optimisation and sensitivity studies

ESATAN-TMS

• Thermal analyses for space projects

• Model derivation from CAD-geometry and FEM-models

• Direct generation of detailed and reduced geometric and thermal models (GMM und TMM)

• Computation of specific parameters required for ESATAN models by detailed FEM simulations