Examples of using Material model in English and their translations into German
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Computer
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Political
Material modelling at micro-, meso- and macro-level.
The MARLIS evaluation software for test evaluation and material modeling.
Material model- isotropic masonry 2D.
Core of the programme is a newly-developed non-linear spatial material model.
Development of material models for simulating welding processes.
Log load save knowledge base userguide online help manual assist material model.
Evaluating, selecting and calibrating material models for process and part simulations in FEM.
The material models are available in the Geomechanical Toolbox of regular ANSYS Mechanical versions.
For the common problem of the concrete cracked in the tension area, the material model is sufficiently accurate.
With this material model, you can display the properties of nonlinear materials for surfaces and solids.
Micromechanical characterization of solder materials and supply of material models for FEM simulations.
Figure 4.43 Material Model- Isotropic Plastic- 1D dialog box Define the parameters of the ideally or bilinearly plastic material. .
The vast number of products will serve yourhosts from 7 to 10 years,selected material model can be used for 30 years.
Based on the technical capability of the material model color using the lightness of the pastels and the breadth of the pencil stroke.
Measurements of actual forces and deformations during the execution of building works have confirmed our calculations and the material model.
Input parameters for design and simulation, allowing a more accurate material model and prediction of material behavior.
The newly-developed non-linear spatial material model allows us to directly understand the complex physical processes in the soil during stressing and de-stressing.
Input parameters for construction and simulation allowing a more accurate material model and prediction of material behavior.
It is also possible to include your own material model in the COMSOL Multiphysics® software by programming an external function using C-code.
With the software tool FEMCard Basic you can read in and evaluate test data automatically for the material model of your choice.
Solver: New turbulence models and viscoelastic material model The AcuSolve V1.8b solver implements three new turbulence models. .
A material model was developed specifically for Tepex that precisely describes the very complex anisotropic, mechanical behavior of this continuous fiber-reinforced thermoplastic.
The component is crash relevant so the current design has been optimized in consideration ofthe special properties of TWIP steel using the TWIP4EU developed material model.
By using the Digimat material model for Tepex, our customers also benefit from all our HiAnt know-how in the areas of CAE as well as material and component testing.
In the»TWIP4EU« project, funded by the EU, the Fraunhofer IWM, together with its project partners,is developing a material model with which to more accurately simulate the TWIP steel forming process.
A Jiles-Atherton anisotropic hysteretic material model is used to model the magnetic field in an e-core model, with the results showing a B-H curve and the magnetic flux density norm.
Among other aspects, this includes the development of a material model for sandstone(dry and water saturated) based on existing EoS for quartzite and water, and a porosity compaction model. .
Super sharp, high quality materials, models for prey more large.
Towards lots of new technical innovation, materials, models….
Moreover, finite element-supported parametrization of materials models is offered.