Strength Analysis
Thanks to FE-analysis most complex strength tests of a part a done ever bevor you start to produce it.
The future of optimal part development is continuous application of different CAE simulation technologies and especially the most used of them - finite elements method (FEM). It's our main tool for various types of analysis of parts and assemblies.
Most common type of computation is a linear strength analysis. As a result you become 3D-picture of a stress or a deformation of the structure, or its eigenvalues and mode shapes for a normal mode dynamics calculation.
According to this results you can draw a conclusions about future part strength characteristics without building any physical prototype and, if needed, make changes in advance.
Through application of FE-computations together with a topology optimization the maximal reduction of material capacity and growth of part strength and durability becomes possible.
Services
- Linear-static strength computations
- Linear buckling computations
- Nonlinear computations
- Heat transfer computations
Using Software
- I-DEAS NX
- UG NX
- LMS Virtual.Lab
