Reflections on Slope Stability Engineering

Through the detailed reflections of a seasoned consultant and academic, this thought-provoking practitioner guide to landslides and slope problems and their investigation, analysis, and remediation considers both natural and man-made slopes and earthworks, in an informal style without the need for the usual equations and illustrations.

Slope stability engineering is both an art and a science practised by many civil and geotechnical engineers involved in work on landslides, earth dams, breakwaters, coastal defence, earthworks slopes for roads, canals, railways, pipelines, housing developments, and other related developments.

This book contains the detailed reflections of its author, who has practised and researched in the field for over a half-century. It is written in an informal style that makes it an interesting and thought-provoking practitioner guide to landslides and slope problems and their investigation, analysis, and remediation, considering both natural and man-made slopes and earthworks, and without the need for the usual equations and illustrations. *Reflections on Slope Stability Engineering* is targeted primarily at practitioners working in the investigations of slope instability and the design and construction of treatments of the problem, especially those early in their careers, but the accessible style also suits students who are developing an interest in the subject and even those engineers with only a casual interest in this branch of geotechnics.

Autorentext

Edward N. Bromhead is a retired Professor from Kingston University, UK, and a former consulting engineer. He is a Chartered Civil Engineer, a Fellow of the Geological Society, a former Glossop Lecturer and was awarded The Varnes Medal in 2023. He is author of The Stability of Slopes (CRC Press) and many journal and conference papers.

Inhalt

1. Landslide recognition, description, classification and mapping. 2. Ground investigations. 3. Things that cause landslides to occur or move, from geology to human stupidity. 4. The development of ideas in slope stability analysis. 5. Modern methods and back analysis. 6. Water, mainly inside the ground. 7. Surface water in motion: scour, transport and deposition. 8. Dealing with the landslide problem without stabilization. 9. Remedying landslides. 10. Epilogue.