The Shear Failure Modes and Anisotropy Based on the Shear Strength Theory in Classical Solid Mechanics

Shao Hua Guo

doi:10.4028/www.scientific.net/AMM.387.164

Paper Titles

Experiment Research on Dynamic Characteristics of Ground Fissure Belt Loess in Xi 'an Area
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Dynamic Modeling on Smart Flexible Beam with Large Overall Planar Motion
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An Early-Warning Method for Agglomeration Detection in Gas-Solid Fluidized Bed Based on Hydromechanics
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Three Dimensional Dynamic Analyses on Stroller Wheel with Shock Absorber
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The Shear Failure Modes and Anisotropy Based on the Shear Strength Theory in Classical Solid Mechanics
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Degradation Characteristics of Combined Rotor for Turbine Considering Stress Relaxation of Rod
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The Research on a General Dynamic Model for Torsional Vibration for Disc-Type Rod Fastening Rotor Systems
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Analysis on Additional Pressure of Tube Sidewall of Immersed Tube Tunnel in Sinking Process of Tube Segment
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Failure Analysis of CCF300/5428 Laminates under Low Velocity Impact Based on Properties of Advanced Composite Material
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 387The Shear Failure Modes and Anisotropy Based on...

The Shear Failure Modes and Anisotropy Based on the Shear Strength Theory in Classical Solid Mechanics

Abstract:

The shear failure modes of anisotropic solids are studied here based on the elastic standard space of physical presentation, some new shear failure phenomena for anisotropic solids are presented. The relations between shear failure modes and anisotropy are discussed. The results show that there are obvious differences in shear failure modes for different anisotropic solids.