Wear is defined as “the removal of material volume through some mechanical process between two surfaces.” This paper focuses on the steps necessary to evaluate wear due to dry sliding between two surfaces at high velocity. Currently, there is a need to identify and compare materials that can endure sliding wear under severe conditions such as high velocities. The high costs associated with the field experimentation of systems subject to high-speed sliding have prevented the collection of the necessary data required to characterize this phenomenon. Simulating wear through finite elements (FEs) would enable its prediction and would reduce experimentation. In the aerospace, automotive, and weapon industries, such a model can aid in material selection, design, and/or testing of systems subjected to wear.
Development of a Model Considering High-Speed Sliding Wear
Journal of Aerospace Engineering ; 28 , 5
18.11.2014
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
Development of a Model Considering High-Speed Sliding Wear
Online Contents | 2015
|3D Finite Element Modeling of High-Speed Sliding Wear
AIAA | 2013
|3D Finite Element Modeling of High-Speed Sliding Wear
British Library Conference Proceedings | 2013
|Wheel wear prediction for high-speed trains by considering wheel-rail elastic deformation
SAGE Publications | 2024
|The influence of load and sliding speed on dry sliding wear of a bainitic steel
Tema Archiv | 2008
|