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Stability of slope based on shear strain criterion and its dependency on shear strength
Published in
2010
Pages: 547 - 550
Abstract
An attempt is made to exhibit the shear strength dependency of the strain using finite difference based package FLAC. Stability of the slope is a function of the shear strength and the development of failure strain reflects the potential failure zones of slope.The shear strain developed in the slope increases with reduction in the shear strength and is reflected in the analysis. The concept of failure ratio (R f ) is incorporated in shear strength reduction technique and is demonstrated. Relationships between the critical shear strength reduction ratio and the safety factor are examined. The variation of shear strain with shear strength reduction ratio for different values of failure ratio (R ff ) is also studied. © 2010 Taylor & Francis Group.
About the journal
JournalRock Mechanics in Civil and Environmental Engineering - Proceedings of the European Rock Mechanics Symposium, EUROCK 2010
Open AccessNo
Concepts (14)
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    CRITICAL SHEAR STRENGTHS
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    FAILURE RATIO
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    FAILURE STRAIN
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    FAILURE ZONE
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    Finite difference
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    SHEAR STRENGTH REDUCTION
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    SHEAR STRENGTH REDUCTION TECHNIQUE
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    Stability of slopes
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    Stability of the slopes
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    STRAIN CRITERION
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    Rock mechanics
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    Safety factor
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    Shear strain
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    Slope stability