Geotechnical Centrifuge Technology
CRC Press, Sep 2, 2003 - Architecture - 326 pages
This book provides a thorough review of this powerful and sophisticated technique for modelling soil structure interactions. It has been written by an international team of authors.
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past present and future
principles and scale effects
4 Retaining walls and soilstructure interaction
5 Buried structures and underground excavations
acceleration field actuator analysis Balkema bearing capacity behaviour Bolton Centrifuge 91 centrifuge acceleration centrifuge flight centrifuge model tests centrifuge tests clay coefficient cold regions collapse conducted Conf consolidation contaminant transport Craig cyclic deformation density depth developed diameter diaphragm wall dynamic earthquake effective stress embedment equation excavation factor of safety failure flow footing foundation friction frost heave frozen soil geotechnical centrifuge geotechnical engineering Géotechnique gradient heat transfer hydraulic increase investigated Kusakabe lateral loading layer model and prototype model container modelling of models particle pipe plane plane strain pore fluid pore pressure porous medium Powrie predictions probe problems Proc processes ratio Rayleigh number reinforcement resistance retaining walls rotation Rotterdam sample saturated Savvidou scale effect scale factor scaling laws Schofield self-weight shown in Figure simulation slip rings Soil Mechanics soil model stiffness strain gauges structures surface technique temperature test package thermal Thomas Telford transducers tunnel velocity viscosity