LS-DYNA - FEM Software und Dienstleistungen von DYNAmore

Failure prediction for non-reinforced and short fiber reinforced polymers Existiert in Download / … / documents / Material VI

Material Modeling of TWIP-Steels: Applications to Sheet Metal Forming Simulations Existiert in Download / … / documents / Material V

The Effect of full 3-dimenisonal Stress States on the Prediction of Damage and Failure in Sheet Metal Forming Simulation Existiert in Download / … / documents / Material V

Modellierung des Einflusses der Porenmorphologie auf das Versagensverhalten eines Aluminiumgusswerkstoffs Existiert in Download / … / documents / Material V

Experimental and Numerical Analysis of a Glass Fiber Reinforced Plastic Existiert in Download / … / documents / Material IV

A Simple Method for an Appropriate Simulation of Short-Fiber- Reinforced Injection Molded Plastics Existiert in Download / … / documents / Material IV

Anisotropic modeling of short fibers reinforced thermoplastics materials with LS-DYNA Existiert in Download / … / documents / Material IV

Einsatz von LS-DYNA und modernster CT-Technologie für Geflechtstrukturen im textilen Leichtbau Existiert in Download / … / documents / Material III

Short and long fiber reinforced thermoplastics material models in LS-DYNA Existiert in Download / … / documents / Material III

Aligning the Element Orientation for Building up Simulation Models of Fiber Reinforced Structures Automatically

The simulation of products that are made of fiber reinforced materials (FRM) is very useful to identify mechanical properties of these products in the early stages of product development. However, building up these models is a very ...

Existiert in Download / … / documents / Material III

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