Our simulation suite offers a comprehensive solution for accelerating the development of advanced driver assistance systems (ADAS) and autonomous driving (AD) technologies. We provides a cost-effective alternative to physical prototypes, enabling virtual testing and analysis of radar, lidar, and camera sensors within realistic driving scenarios. Our Headlamp simulation facilitates the rapid development of intelligent headlamp systems by validating control behavior and testing edge cases early in the design phase. Meanwhile, We streamlines the development of ADAS/AD systems by simulating driving tests virtually, leading to significant cost and time savings.
Bolts contribute to safety and durability in different load case combinations. Bolt Assessment inside Ansys is the ideal tool for simulating and testing your bolted connections – integrated into Ansys Workbench. The verification is performed quickly, automatically and in accordance with VDI 2230.
FKM inside Ansys allows fast, automated operational and fatigue strength verification for mechanically stressed components in accordance with the FKM Directive. For all sorts of complex solid components. Final report including the complete representation of the verification parameters which have been used.
With FKM NL inside Ansys, an automated static verification and a fatigue strength verification, for mechanically stressed components, according to the FKM guideline, can be performed in the shortest time possible, with low-cycle and high-cycle events.
Highly dimensioned FEM models are very detailed. This is important for the accuracy of the components, for an efficient dynamic simulation and system simulation. With Model Reduction inside Ansys, you can reduce the number of degrees of freedom without losing accuracy to such and extent that a multiphysics system simulation becomes possible.
With Rolling Bearing inside Ansys you can integrate high-precision bearings into your overall simulation within seconds – without expert knowledge.
The load capacity and service life of hydrodynamic journal bearings is determined by the optimum dimensioning of shaft, bearing and bearing housing. Carry out fast parameter studies to adapt the bearing design to the different applications.
The application for Ansys that supports you in evaluating the weld seam in accordance with FKM and IIW guidelines and Eurocode 3.
