2003The Abstracts of ATEM International Conference on Advanced Technology in Experimental Mechanics Asian Conference on Experimental MechanicsOpen access

OS01W0265 Photoelastic investigation of modified hertz contact theory

Wei-Chung Wang, Huang-Lin Chao, Rui-Zhang Shen, Yung-Mien Chen, Mong-Shen Lin

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Abstract

A series of photoelastic experiments were performed in this paper to demonstrate the feasibility of modifying the classical Hertz contact theory to meet the practical needs. It was found that the match between the experimental and theoretical results was indeed improved by adjusting the contact half-length. Correction factor for accounting the boundary effects was also nvestigated. Furthermore, the replaced superposition method was successfully implemented to determine the contact stresses around a near-edge circular hole in a semi-infinite plate.

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A series of photoelastic experiments were performed in this paper to demonstrate the feasibility of modifying the classical Hertz contact theory to meet the practical needs. It was found that the match between the experimental and theoretical results was indeed improved by adjusting the contact half-length. Correction factor for accounting the boundary effects was also nvestigated. Furthermore, the replaced superposition method was successfully implemented to determine the contact stresses around a near-edge circular hole in a semi-infinite plate.

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Available abstract

A series of photoelastic experiments were performed in this paper to demonstrate the feasibility of modifying the classical Hertz contact theory to meet the practical needs. It was found that the match between the experimental and theoretical results was indeed improved by adjusting the contact half-length. Correction factor for accounting the boundary effects was also nvestigated. Furthermore, the replaced superposition method was successfully implemented to determine the contact stresses around a near-edge circular hole in a semi-infinite plate.

Key concepts: Hertz, Contact theory, Superposition principle, Enhanced Data Rates for GSM Evolution, Contact mechanics, Boundary (topology), Series (stratigraphy), Optics

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