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2014•Unpublished venueOpen access

Rock Mechanics Based on an Anisotropic Jointed Rock Model (AJRM)

Walter Wittke

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Abstract

Part A: Fundamentals and Models Structure of Rock Stress-Strain Behavior of Jointed Rock Squeezing Rock Rock Salt Permeability and Seepage Flow Coupling of Stress-Strain Behavior and Seepage Flow Swelling Rock Rock Mass In Situ Stress Part B: Analysis and Design Methods Finite Element Method (FEM) Stability of Rock Wedges and Excavation Surfaces Design Methods Part C: Exploration, Testing and Monitoring Site Investigation Laboratory Tests Field Tests Stress Measurements Monitoring Evaluation of Rock Mechanical Parameters Examples of Testing and Monitoring Programs Part D: Applications and Case Histories NATM Tunneling TBM Tunneling Powerhouse Cavern Estangento-Sallente Tunneling in Swelling Rock Rehabilitation of Urft Dam Stabilization of a Rock Mass Slide

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What this paper is about

Part A: Fundamentals and Models Structure of Rock Stress-Strain Behavior of Jointed Rock Squeezing Rock Rock Salt Permeability and Seepage Flow Coupling of Stress-Strain Behavior and Seepage Flow Swelling Rock Rock Mass In Situ Stress Part B: Analysis and Design Methods Finite Element Method (FEM) Stability of Rock Wedges and Excavation Surfaces Design Methods Part C: Exploration, Testing and Monitoring Site Investigation Laboratory Tests Field Tests Stress Measurements Monitoring Evaluation of Rock Mechanical Parameters Examples of Testing and Monitoring Programs Part D: Applications and Case Histories NATM Tunneling TBM Tunneling Powerhouse Cavern Estangento-Sallente Tunneling in Swelling Rock Rehabilitation of Urft Dam Stabilization of a Rock Mass Slide

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Available abstract

Part A: Fundamentals and Models Structure of Rock Stress-Strain Behavior of Jointed Rock Squeezing Rock Rock Salt Permeability and Seepage Flow Coupling of Stress-Strain Behavior and Seepage Flow Swelling Rock Rock Mass In Situ Stress Part B: Analysis and Design Methods Finite Element Method (FEM) Stability of Rock Wedges and Excavation Surfaces Design Methods Part C: Exploration, Testing and Monitoring Site Investigation Laboratory Tests Field Tests Stress Measurements Monitoring Evaluation of Rock Mechanical Parameters Examples of Testing and Monitoring Programs Part D: Applications and Case Histories NATM Tunneling TBM Tunneling Powerhouse Cavern Estangento-Sallente Tunneling in Swelling Rock Rehabilitation of Urft Dam Stabilization of a Rock Mass Slide

Key concepts: Rock mass classification, Geotechnical engineering, Geology, Rock mechanics, Geomechanics, Finite element method, Excavation, New Austrian Tunnelling method

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