Experiment Techniques of Mechanical Properties of Brittle Materials with Pre-Existing Cracks

Ming Li Wang; Xiu Yang

doi:10.4028/www.scientific.net/AMM.130-134.3908

Paper Titles

The Model and Optimization for the Discrete Operations Workshop Layout Based on Multi-Agent Theory
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Structure Design and Test of the High Pressure Vessel for Corrosion Testing
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Process Optimization of Cake Oriented Screw-Pressing of Jatropha curcas
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Design of Environmental Information Monitoring System Based on ZigBee CC2430
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Experiment Techniques of Mechanical Properties of Brittle Materials with Pre-Existing Cracks
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Mechanisms of 3-D Internal Cracks Growth and Coalescence in PMMA
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Central Air-Conditioning Duct Cleaning System Based on SRV1
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FPGA Based Testing Method to Improve Digital IC Testability
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A New 3D Cubic Chaotic System and its Circuitry Implementation
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 130-134Experiment Techniques of Mechanical Properties of...

Experiment Techniques of Mechanical Properties of Brittle Materials with Pre-Existing Cracks

Abstract:

Rock mass is a multi-fractured body. Regardless of the size of these flaws, they can reduce the strength of rock materials [1]. As rock is not a transparent material, the process of deformation to failure is difficult to observe. Transparent brittle materials are able to solve this problem. This paper provides a production method of prefabricated defects. And the results prove that the frozen PMMA and glass are very similar with rocks in breaking process and mechanical properties.