High Resolution Pressuremeters and Geotechnical Engineering focuses on pressuremeters with internal transducers that allow measurement of strength, stiffness and in situ reference stress. It outlines the principles and the basics of the technology, gives guidance on good practice and making reliable analysis, provides case studies, and compares the pressuremeter test with similar ones from other devices to enable engineers to make informed choices.

• A unique, up-to-date guide to high resolution pressuremeters with internal transducers
• Contextualises analyses and advice to enable an informed choice of testing processes
• Presents analyses previously unpublished in book form

This practical guide will suit professionals at the consultancy level, pressuremeter practitioners and site investigation companies.

John Hughes is an academic and engineer. He developed the Cambridge Self Boring Pressuremeter and a number of key solutions for interpreting their data.

Robert Whittle is co-owner of Cambridge Insitu Ltd, who manufacture and develop John's pressuremeters. He has written extensively on their use and interpretation.



Klappentext


High Resolution Pressuremeters and Geotechnical Engineering focuses on pressuremeters with internal transducers that allow measurement of strength, stiffness and in situ reference stress. It outlines the principles and the basics of the technology, gives guidance on good practice and making reliable analysis, provides case studies, and compares the pressuremeter test with similar ones from other devices to enable engineers to make informed choices.

• A unique, up-to-date guide to high resolution pressuremeters with internal transducers
• Contextualises analyses and advice to enable an informed choice of testing processes
• Presents analyses previously unpublished in book form

This practical guide will suit professionals at the consultancy level, pressuremeter practitioners and site investigation companies.



Inhalt


1. Introduction

2. Determining Modulus

3. Analyses for In Situ Lateral Stress

4. Analyses for Undrained Shear Strength

5. Analyses for Drained Strength

6. Hydraulic Conductivity and Consolidation

7. Interpretation of Tests in Rock

8. Miscellaneous Experiments with Pressuremeters

9. Epilogue

Appendix A. Analytical Basis of the Pressuremeter Test

Appendix B. Technique, Equipment, Procedure