Effective Static Structural Services of Rotor Assembly Subjected to Centripetal Force
- The client is a leading manufacturer and supplier of aftermarket brake components and systems for everyday cars, work duty vehicles and high performance vehicles under different labels.
- The client continually innovates significant improvements to break technology for the street and track, having earned four patents along the way.
Technology / Software Used: ANSYS Mechanical
Business Requirements / Challenges:
- The client contacted Hi-Tech to conduct static structural analysis of a rotor assembly subjected to centripetal force. We knew it was not going to be a difficult task for us but it required total dedication and hard work from our FEA experts.
- A thorough an analysis of rotor assembly was required to be done which required detailed and thorough FEA of the product.
- After understanding the requirements of the client; our FEA experts used ANSYS Mechanical software for resolving the problem.
- A detailed three-dimensional (3-D) finite element (FE) computer model was constructed for Analysis of the rotor assembly.
- An appropriate FEA element has been used for the 3-D modeling of solid structures. The element is defined by eight nodes having three degrees of freedom at each node: translations in the nodal x, y, and z directions.
- The volume where the sweep mesh is not possible, an appropriate FEA element has been used.
- From the analysis results summary, it was concluded that the rotor assembly is subjected to maximum stress at the supporting disk. The strain is out of the elastic region which means there will be a permanent deflection in the disk.
- The problem could be identified by using FEM methodology and relevant steps were taken to rectify the problem