Tire Finite Element Analysis Simulation Guide

This guide details the process of Tire Finite Element Analysis (FEA) simulations, covering both pre- and post-processing stages. It begins with an overview of the complexities involved in tire simulations, including mesh generation, material description, and boundary conditions setup. The document outlines the initial steps of creating 2D models, which are essential for validating designs before transitioning to 3D models for more comprehensive analyses such as Tire Patch, Curb Strike, and Aquaplaning simulations. It describes the importance of high-quality mesh generation and the tools available for achieving this, including the use of HEXA elements. Additionally, the guide discusses material modeling, focusing on hyperelastic materials and the necessary data for accurate simulations. The analysis processes are explained in detail, including the requirements for boundary conditions and the evaluation of tire behavior under various conditions. The guide concludes with insights into visualizing results and automating workflows for enhanced efficiency in tire simulation tasks.