Finite Element Analysis
The Finite Element Analysis as a numerical method is used to carry out process optimization and design variation simulations without the necessity to produce expensive prototypes.
Increasing computational power permits the simulation of complex model designs of various geometries. The Finite Element Analysis as a numerical method is used to carry out process optimization and to simulate design variations to minimize the need for expensive prototypes. Increasing computational power permits the simulation of complex model designs of various geometries. The examples shown below give a short survey of the variety of the FE simulations treated in our company. The problems range from linear stress analysis to nonlinear multiple-body contact problems or material non-linearities such as plasticity or creep. EndoLab® GmbH is in close contact to multiple specialized FE-engineers to solve your problems.
Examples
Example 1:Analysis of a ceramic ball for hip replacement Example 2:
Analysis of coronary stents Example 3:
Analysis of a hinged knee endoprosthesis Example 4:
hip endoprosthesis (made of CFRP)
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