Laboratory and field testing of soils establish the properties and parameters for the design of civil engineering projects. These projects cover all sorts of construction ranging from docks, harbours and offshore platforms to deep foundations, excavations and tunnels. Many of these jobs are complex in design and take place in problematic soils and in regions where earthquake, landslides and floods are common. Many design problems are resolvable by the use of physical modelling in the centrifuge and by numerical modelling in the computer. These sophisticated analyses now require sophisticated input ground parameters, which depends crucially on accurate and effective advanced testing of soils
Illustrated in each chapter with case studies, this key reference is arguably the only up-to-date single-volume reference to the subject and is set to be the definitive work in the field, written both for professionals and graduate students and university use.
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Richard Jardine, FREng, is Professor of Geomechanics at Imperial College London and Chairman of ISSMGE Committee TC-29 on Advanced Laboratory testing
Matthew Coop is Reader in Experimental Soil Mechanics at Imperial College London. He has twice received the annual British Geotechnical Society prize, along with the George Stephenson Medal, the Geotechnical Research Medal and a Telford Prize from the Institution of Civil Engineers.
Bruce Menzies is founder and Chairman of GDS Instruments Ltd, a firm which specialises in software-based geotechnical testing systems for both laboratory and field, and where he has participated in the development of unsaturated soil testing systems.
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