A Review of Aeration and Cavitation Phenomena in the Hydraulic Shock Absorber

Author:

Luo Feng1,Zhang Xiao Li1

Affiliation:

1. Tongji University

Abstract

This paper aims to bring an organized overview of the damper malfunction due to the cavitation and aeration phenomena, which are normal problems for all kinds of hydraulic dampers. The object of this report is to describe, detect and simulate these damper failures.

Publisher

Trans Tech Publications, Ltd.

Reference19 articles.

1. Misselhorn; Werner E.: Verification of Hardware-in-the-Loop as a Valid Testing Method for Suspension Development, University of Pretoria. (2005).

2. Pierre L.: Models for the Simulation of Dynamic Damper Behaviour, Technical University of Darmstadt. (2013).

3. Sławik, D., P. Czop, A. Król, and G. Wszołek.: Optimization of Hydraulic Dampers with the Use of Design For Six Sigma methodology, Journal of Achievements in Materials and Manufacturing Engineering. (2005).

4. Kaztechnologies: Understanding Your Dampers: A Guide from Jim Kasprzak, http: /www. kaztechnologies. com/fileadmin/user_upload/Kaz_Tech_Tips/FSAE_Damper_Guide-_Jim_Kasprzak_Kaz_Tech_Tip. pdf, Access am 07/20/ (2013).

5. Dixon, John C.: The Shock Absorber Handbook, John Wiley. (2007).

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