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Full Description
Solve Complex Ground and Foundation Problems
Presenting more than 25 years of teaching and working experience in a wide variety of centrifuge testing, the author of Centrifuge Modelling for Civil Engineers fills a need for information about this field. This text covers all aspects of centrifuge modelling. Expertly explaining the basic principles, the book makes this technique accessible to practicing engineers and researchers.
Appeals to Non-Specialists and Specialists Alike
Civil engineers that are new to the industry can refer to this material to solve complex geotechnical problems. The book outlines a generalized design process employed for civil engineering projects. It begins with the basics, and then moves on to increasingly complex methods and applications including shallow foundations, retaining walls, pile foundations, tunnelling beneath existing pile foundations, and assessing the stability of buildings and their foundations following earthquake-induced soil liquefaction. It addresses the use of modern imaging technique, data acquisition, and modelling techniques. It explains the necessary signal processing tools that are used to decipher centrifuge test data, and introduces the reader to the specialist aspects of dynamic centrifuge modelling used to study dynamic problems such as blast, wind, or wave loading with emphasis on earthquake engineering including soil liquefaction problems.
Introduces the equipment and instrumentation used in centrifuge testing
Presents in detail signal processing techniques such as smoothing and filtering
Provides example centrifuge data that can be used for sample analysis and interpretation
Centrifuge Modelling for Civil Engineers
effectively describes the equipment, instrumentation, and signal processing techniques required to make the best use of the centrifuge modelling and test data. This text benefits graduate students, researchers, and practicing civil engineers involved with geotechnical issues.
Contents
Modern geotechnical engineering design in civil engineering. Need for numerical and physical modelling. Uniform circular motion. Principles of centrifuge modelling. Geotechnical centrifuges: Some design considerations. Errors and limitations in centrifuge modelling. Centrifuge equipment. Centrifuge instrumentation. Centrifuge data acquisition systems. Shallow foundations. Retaining walls. Pile foundations. Modelling the construction sequences. Dynamic centrifuge modelling. References.
