SEDL / STP / STP474-EB
Characterization and Determination of Erosion Resistance
This publication is a collection of most of the papers presented at the Symposium on Characterization and Determination of Erosion Resistance, organized by Committee G02 on Erosion by Cavitation or Impingement in co-operation with the U. S. Office of Naval Research, at the Seventy-second Annual Meeting of the American Society for Testing and Materials held at Atlantic City, N. J., 22-27 June 1969. A Thiruvengadam, Hydronautics Inc., now at Catholic University of America, presided as chairman of the symposium, and F. J. Heyman, Westinghouse Electric Corp., presided as co-chairman of the symposium.
Table of Contents
Heymann F., Thiruvengadam A.
Cavitation and Impact Erosion—Concepts, Correlations, Controversies
Environmentally Controlled Cavitation Test (Improvements in a Cavitating Film Erosion Test)
Hobbs J., Rachman D.
Cavitation Damage Mechanism and Its Correlation to Physical Properties of Material
Effect of Temperature and Pressure on Cavitation Damage in Sodium
Johnston J., Young S.
Vibratory Tests in Water on the Combined Action of Cavitation and Corrosion
Comparison of Erosion Resistance of Standard Steam Turbine Blade and Shield Materials on Four Test Rigs
Elliott D., Marriott J., Smith A.
Cavitation Erosion of a Ship Model Propeller
van der Meulen J.
Some Observations on Erosion by Cavitation and Impingement
Toward Quantitative Prediction of Liquid Impact Erosion
Experimental and Analytical Investigations on Liquid Impact Erosion
Gunasekaran M., Rudy S., Thiruvengadam A.
A Statistically Verified Model for Correlating Volume Loss Due to Cavitation or Liquid Impingement
Hammitt F., Huang Y., Kling C., Mitchell T., Solomon L.
Erosion Rate-Velocity Dependence for Materials at Supersonic Speeds
Rain and Sand Erosion, Phenomena of Material Destruction Caused by Repeated Loads
Herbert W., Hoff G., Rieger H.
Hydrodynamic Model of Correlation of Metal Removal Rates from Repetitive Drop Impact
Analogy Between Erosion Damage and Pitting of Machine Component Surfaces
Cavitation Damage Resistance and Adhesion of Polymeric Overlay Materials
Paper ID: STP474-EB
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