Rock Mass Classification —— A Practical Approach in Civil Engineering

----- 岩体分类：土木工程中的一种实用方法

ISBN: 9780080430133 出版年：1999 页码：273 Singh, B Goel, R K Elsevier Science_RM

Philosophy of quantitative classifications - present day practice shear zone treatment in tunnels and foundations -treatment for tunnels rock material - uniaxial compression rock quality designation - weighted joint density Terzaghi's rock load theory - modified Terzaghi's theory for tunnels and caverns rock mass rating (RMR) - applications of RMR prediction of ground conditions for tunnelling - empirical approach rock mass quality (Q) - system - the Q-system rock mass number - inter-relation between Q and RMR rock mass index - scale effect rate of tunnelling - classification of ground/job conditions for rate of tunnelling support systems in caverns - precautions strength enhancement of rock mass in tunnels - residual strength in parameters strength of discontinuities - shear strength of joints shear strength of rock masses in slopes - Mohr-Coulomb strength parameters type of rock slope failures - 3D wedge failure slope mass rating (SMR) - support measures landslide hazard zonation - a case history allowable bearing pressure for building foundations - allowable bearing pressure method of excavation - excavation techniques rock drillability - other approaches permeability and groutability - permeability gouge material - gouge engineering properties of hard rock masses -half-tunnels geological strength index (GSI) - modulus of deformation evaluation of critical rock parameters - critical parameters insitu stresses - need for insitu stress measurement.