Graham Barnes is an Independent Consultant and Researcher, whose industrial experience includes working for site investigation and civil engineering contractors, and consulting engineers. He has taught soil mechanics and geotechnical engineering at Higher National, degree and postgraduate level.

"We have specified Barnes as the core Geotechnical Engineering textbook since 2006. It provides excellent coverage of the topic and our students find the style accessible. The use of case studies and worked examples are particularly useful to students." - Professor Tony Price, University of Warwick, UK "A very comprehensive book from the basic theory right through to design and application. Worked examples within each chapter show the procedure with a clear demonstration of design to limit states. I will certainly recommend this resource to my students." - Dr Emma Britton, University of South Wales, UK "The point that distinguishes this text from others is the effective interplay between theories and application as demonstrated through the numerous solved examples based on real-life problems. With this edition the author has managed, more than ever before, to narrow the gap between scholarship and application in geotechnical engineering for the benefit of our current and future engineers." - Dr Slobodan Mickovski, Glasgow Caledonian University, UK "This textbook provides a comprehensive overview of soil behaviour for civil engineering students at all levels. The worked examples are clear and concise. An excellent resource for students and geotechnical engineers alike!" - Dr Danielle McKelvey, South West College, UK

• 1. Soil Formation and Nature2. Soil Description and Classification3. Permeability and Seepage4. Effective Stress and Pore Pressure5. Contact Pressure and Stress Distribution6. Compressibility and Consolidation7. Shear Strength8. Shallow Foundations – Stability9. Shallow Foundations – Settlements10. Pile Foundations11. Lateral Earth Pressures and Retaining Structures12. Slope Stability13. Earthworks and Soil Compaction14. Site Investigation.

Graham Barnes is an Independent Consultant and Researcher, whose industrial experience includes working for site investigation and civil engineering contractors, and consulting engineers. He has taught soil mechanics and geotechnical engineering at Higher National, degree and postgraduate level.

"We have specified Barnes as the core Geotechnical Engineering textbook since 2006. It provides excellent coverage of the topic and our students find the style accessible. The use of case studies and worked examples are particularly useful to students." - Professor Tony Price, University of Warwick, UK "A very comprehensive book from the basic theory right through to design and application. Worked examples within each chapter show the procedure with a clear demonstration of design to limit states. I will certainly recommend this resource to my students." - Dr Emma Britton, University of South Wales, UK "The point that distinguishes this text from others is the effective interplay between theories and application as demonstrated through the numerous solved examples based on real-life problems. With this edition the author has managed, more than ever before, to narrow the gap between scholarship and application in geotechnical engineering for the benefit of our current and future engineers." - Dr Slobodan Mickovski, Glasgow Caledonian University, UK "This textbook provides a comprehensive overview of soil behaviour for civil engineering students at all levels. The worked examples are clear and concise. An excellent resource for students and geotechnical engineers alike!" - Dr Danielle McKelvey, South West College, UK

• 1. Soil Formation and Nature2. Soil Description and Classification3. Permeability and Seepage4. Effective Stress and Pore Pressure5. Contact Pressure and Stress Distribution6. Compressibility and Consolidation7. Shear Strength8. Shallow Foundations – Stability9. Shallow Foundations – Settlements10. Pile Foundations11. Lateral Earth Pressures and Retaining Structures12. Slope Stability13. Earthworks and Soil Compaction14. Site Investigation.