Practical Rock Mechanics

Steve Hencher is research professor in engineering geology at the University of Leeds, UK, and an honorary professor in the Department of Earth Sciences at the University of Hong Kong. Up until recently, he was a director of Halcrow (China) and head of Geotechnics in the Hong Kong Office for approximately ten years. Previously, he worked with Bechtel on the design of the high-speed railway in South Korea and for the Geotechnical Control Office of the Hong Kong Government. He also spent 12 intervening years teaching an MSc course in engineering geology and conducting research at the University of Leeds.

"in my opinion, the great strength of this book, and the feature that distinguishes it from any other book that I am familiar with in the field of rock mechanics and rock engineering, is its emphasis on (these) basic geological factors and their influence, often their over-riding influence, on the design and performance of engineering projects constructed in and on rock. ... I know of no other book that explains as thoroughly or as well the centrally important relationship between the geological history and the resulting geological features of a site on the one hand, and the investigation, design, construction and performance on an engineering project on the other." -Professor Edwin T Brown AC, Senior Consultant, Golder Associates Pty Ltd, Brisbane, Australia, Emeritus Professor, University of Queensland, Brisbane, Australia, President, International Society for Rock Mechanics, 1983-87 "Steve Hencher's book has an Earth scientists approach to practical rock mechanics and his in-depth knowledge of geological structures and mechanical properties of rock material offer an excellent introduction to rock mechanics and rock engineering. ... excellent case studies from civic works, mines and underground constructions. ... written so that students with a basic knowledge in geology can follow the more mechanistic parts and apply the knowledge to rock engineering problems and field cases. -Ove Stephansson, GFZ Potsdam, Germany and SRC Berlin "... gives very good description of the rock materials and rock mass. It is very suitable for civil engineers." -Jian Zhao, Monash University

• Introduction to rock mechanics. Fundamental mechanics. Hydrogeology of rock masses. Characterising rock for engineering purposes. Properties and parameters for design. Foundations on rock. Rock slopes. Underground excavations. References.