@inproceedings{5cbb5a19247b46d7857fe54fe4c95645,
title = "3D finite element simulation of rolling contact with residual stress",
abstract = "A physical understanding of the rolling contact phenomenon is not feasible in lab testing. Finite element analysis offers a relatively inexpensive and quick method for investigation into subsurface activity during rolling contact. In this study a three dimensional rolling contact finite element model was developed for investigating the effect of surface residual stresses induced by precision hard turning during rolling contact. Two distinct residual stress patterns created by hard turning were implemented into the model. A method for interpreting results was presented and utilized in this study. The findings suggest that a smaller feed rate that induces a more compressive surface residual stress may shift the rolling contact stresses into compression, which in turn may extend the fatigue life.",
keywords = "FEA, Hard turning, Residual stress, Rolling contact",
author = "Schwach, {Dale W.} and Guo, {Y. B.}",
year = "2005",
language = "English (US)",
isbn = "1565553012",
series = "Huntsville Simulation Conference: {"}Modeling and Simulation: Providing Answers to Real World Questions{"}, HSC 2005",
pages = "205--209",
booktitle = "Huntsville Simulation Conference",
note = "Huntsville Simulation Conference: {"}Modeling and Simulation: Providing Answers to Real World Questions{"}, HSC 2005 ; Conference date: 25-10-2005 Through 27-10-2005",
}