Frankenthal, Heßheimerstraße 2

Author: admin

Thermal and thermoelectric analysis of electronic components

Thermal analysis and thermoelectric analysis are used to investigate frequently occurring temperature distribution in electronic components. Thus it can be determined already in the development stage whether the amount of heat introduced during operation can cause damage to boards or chips. The heat is distributed in the model by heat conduction or is dissipated by fans or heat sinks with the help of [...] Read More

CFD calculation on labyrinth seals

For CFD calculations on labyrinth gap seals, both 2D and 3D geometries were considered within the framework of a CFD parameter study. This type of seal is a non-contact seal. The sealing effect is based on an extension of the flow path through the gap to be sealed. They are usually used in almost all types of turbomachinery and [...] Read More

FSI simulation of a cylinder head

The FSI simulation (fluid-structure interaction) describes the interactions between mechanics and flow on the components under consideration. CFD analysis and FE analysis are coupled together. In this simulation example, the influence of air cooling by heat conduction and heat transfer at the cylinder head on the mechanical stresses, deformations and forces in the component is to be investigated. For the execution of the [...] Read More

FE- calculation and force determination via rigid body simulation

For component design using the FEM method, the loads on the assemblies and individual parts to be designed must be determined. For existing designs, measurements are often carried out for this purpose. One method for determining the acting forces is rigid body simulation. For this purpose, the CAD bodies of an assembly, for which component masses, inertia, functional principles and [...] Read More

Component optimization and sheet thickness optimization to save material and manufacturing costs

Achieve optimum functionality of your individual or series components with minimum material and cost input through structural optimization, sheet thickness optimization and topography optimization. Save costs by topology optimization (structural optimization) in areas where your part is hardly loaded at all, through the targeted mathematical removal of material without losing stability. Optimize your [...] through topography optimization Read More
en_GBEnglish (UK)