Geotechnical Physical Modelling

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Features

  • Includes coverage of centrifuge modelling, large shaking table tests and pressure chamber tests for the study of geotechnical problems
  • Guides junior researchers on best practice to achieve sound test data and results
  • Illustrates the application of test findings in engineering practice

Summary

Geotechnical physical modelling has become a popular, powerful and versatile tool for studying geotechnical problems. The basic mechanism of a given geotechnical problem can be thoroughly examined and parametric studies can be conducted to identify the effects of various influencing factors without the need for costly field tests. Engineers are able to understand and appreciate geotechnical problems in considerable detail and make better and more sound decisions when designing and analysing complex geotechnical problems.

In this comprehensive book the authors set out best practice testing techniques and outlines appropriate precautions so engineers can appreciate the practical significance of the test findings. It includes rarely covered topics such as large shaking table tests and pressure chambers tests, and includes novel techniques.

Table of Contents

Introduction . Principles of Geotechnical Centrifuge Modelling. Centrifuge Modelling. 1-g Physical Modelling. Shaking Table. Applications of Shaking Table Tests. Pressure Chamber. Applications of Pressure Chamber Testing. Concluding Remarks.