FEMFAT (Finite Element Method Fatigue) is the number one engineering software tool for fatigue life prediction. It is used to improve reliability and robustness of components in automotive and machinery industry. FEMFAT is a tool designed to identify critical locations and supports the light weight optimization process at an early development stage, way before time- and cost-consuming tests will be performed. This results in high confident level to release prototypes, therefore less development loops and costly hardware tests. Continuously developed over the last 20 years, FEMFAT provides reliable results to release virtual prototypes in an early development stage. FEMFAT is widely used in the automotive and non-automotive industry and trusted to be the number one tool for CAE. The binding...
The CEDRAT Group software solutions include a wide range of electrical and mechatronic engineering applications to meet most user profiles. From mechatronics systems to power systems, from electromagnetism to electromechanics, the CEDRAT Group software solutions are dedicated to increasing your productivity and helping you to improve the performance of your your devices and systems. Suitable for teaching, R&D, design and optimisation, our software solutions provide the most accurate analysis of your devices and systems. Select the software solutions here below to discover which one best meets your needs or download our software catalogue. Flux: Electromagnetic and thermal FEA analysisPortunus: Multiphysics systems simulatorInCa3D: \”Advanced interconnections\” simulationPSCAD: Power systems simulatorMotor-CAD: Lumped circuit – Thermal AnalysisSPEED: Sizing and preliminary design of electrical motorsProduct:CEDRAT...
The software FEMFAT performs fatigue analyses in combination with widely used finite element programs such as NASTRAN, ABAQUS, ANSYS, I-DEAS, MEDINA, PATRAN, PRO/MECHANICA,..To ensure full and convenient integration into the customers\’ CAE processes, commonly used interfaces to multi-body, optimization and measurement systems are integrated as well (ADAMS, SIMPACK, TOSCA, RPC, LMS-TecMath, DIAdem). At an early stage of the design process – long before time and cost consuming tests are scheduled – FEMFAT provides engineers with reliable information on the fatigue life of structures. Therefore it is possible to improve critical points and most probably reduce the total weight, which results in high-level prototypes and consequently leads to less tests. The continuous practical usage of FEMFAT ensures its outstanding reliability. About...
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