Finite element analysis on Titan STL3 OTR tires

Publication Year:
2011
Usage 80
Abstract Views 77
Downloads 3
Repository URL:
https://digitalcommons.mtu.edu/etd-restricted/53
Author(s):
Wlodyka, Joseph C.
Tags:
Engineering; Mechanical Engineering
thesis / dissertation description
Finite element tire modeling can be a challenging process, due to the overall complexities within the tire and the many variables that are required to produce capable predictive simulations. Utilizing tools from Abaqus finite element software, adequate predictive simulations that represent actual operational conditions can be made possible. Many variables that result from complex geometries and materials, multiple loading conditions, and surface contact can be incorporated into modeling simulations. This thesis outlines modeling practices used to conduct analysis on specific tire variants of the STL3 series OTR tire line, produced by Titan Tire. Finite element models were created to represent an inflated tire and rim assembly, supporting a 30,000 lb load while resting on a flat surface. Simulations were conducted with reinforcement belt cords at variable angles in order to understand how belt cord arrangement affects tire components and stiffness response.