Rock failure and triaxial testing

Selvadurai - Unravelling complex deformation and localization of brittle failure in triaxial testsПодробнее

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Using Norsand Constitutive Model for Deformation and Stability Analyses ProblemsПодробнее

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Geological strength index (GSI) | How to read it and Use for Rock Slopes and WallsПодробнее

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Hoek-Brown Failure Criteria for Rock | Simplified Approach for Intact RocksПодробнее

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Using Mohr-Coulomb Failure Criteria for Rocks | Triaxial Tests Data AnalysisПодробнее

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Direct Shear Test Calculations| Shear Parameters from DST resultsПодробнее

Direct Shear Test Calculations| Shear Parameters from DST results

CU (CIU) Triaxial Test: Data Analysis Part 1Подробнее

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Simple Solution for Triaxial Tests | Use This Formula to Obtain Soil Cohesion and Friction AngleПодробнее

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Rock Failure Criteria part-2: Lecture-16Подробнее

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Determining Rock & Soil Material Properties | RocscienceПодробнее

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Lecture 32: Hoek and Brown Criterion (1980)Подробнее

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Lecture-27: Strength Criteria for Isotropic and Anisotropic Rocks-02, Mohr’s Failure TheoryПодробнее

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L30 Mohr-Coulomb, Dracker-Prager, and Modified Lade yield criteriaПодробнее

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Mohr's Circle for Triaxial testПодробнее

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Triaxial Testing of Rock Sample : Part IПодробнее

Triaxial Testing of Rock Sample : Part I

L16 Unconfined and confined shear strength: UCS, cohesive strength, and friction parametersПодробнее

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Triaxial Tests on Sand | Learn How to Calculate the Friction Angle of SoilПодробнее

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ROCK FAILURE CRITERIAПодробнее

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Rock Mechanics: Tri-axial test of rock sampleПодробнее

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Triaxial Test Geotechincal Engineering LaboratoryПодробнее

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