Manual Coupled Thermo-Hydro-Mechanical Processes of Fractured Media: Mathematical and Experimental Studies

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Coupled Thermo-Hydro-Mechanical Processes of Fractured Media, Volume 79

Modelling approaches for discrete fracture network flow analysis A. Influence of fictitious outer boundaries on the solution of external field problems G. Millard et al. Chan et al.

Thermo-Hydro-Mechanical Modeling of Coupled Processes in Clay Materials | SpringerLink

Experimental investigation and mathematical simulation of coupled T-H-M processes of the engineered buffer materials, the TC3 problem T. Fujita et al. Coupled mechanical shear and hydraulic flow behaviour of natural rock joints M. Experimental investigation and mathematical simulation of a borehole injection test in deformable rocks J. Rutqvist et al. Experimental study on the coupled T-H-M processes of single rock joint with a triaxial test chamber J. Experimental study on dynamic behaviour of rock joints M.

Dewiere et al. Short description of FLAC version 3. Ohnishi, A.

1. Introduction

This project was concerned with the mathematical and experimental studies of coupled thermo T -hydro H -mechanical M processes in fractured media related to radioactive waste disposal. The book presents, for the first time, the systematic formulation of mathematical models of the coupled T-H-M processes of fractured media, their validation against theoretical bench-mark tests, and experimental studies at both laboratory and field scales.

It also presents, for the first time, a comprehensive analysis of continuum, and discrete approaches to the study of the problems of as well as a complete description of , the computer codes applied to the studies. The next seven chapters give a state-of-the-art survey of the constitutive models of rock fractures and formulation of coupled T-H-M phenomena with continuum and discontinuum approaches, and associated numerical methods.

A study on the three generic Bench-Mark Test problems and six Test Case problems of laboratory and field experiments are reported in chapters 10 to Chapter 19 contains lessons learned during the project. The research contained in this book will be valuable for designers, practising engineers and national waste management officials who are concerned with planning, design and performance, and safety assessments of radioactive waste repositories. Researchers and postgraduate students working in this field will also find the book of particular relevance.

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