Deep Foundations for Infrastructure Development in India

Part 1. Geotechnical Investigation, Testing, Instrumentation, Monitoring and Quality Management.- Chapter 1. Advanced Geotechnical Investigation and Data Interpretation for Complex Underground Structures.- Chapter 2. Performance of Stone Columns in Soft Clay - a Comparative Study of Bearing Capacity of Soil Estimated Using IS Code Method, Actual Field Load Tests and Observations from Numerical Model - A Case Study.- Chapter 3. Use of Reliability Based Approach to Determine Geotechnical Parameters of Soil Site.- Chapter 4.  Liner Piles Used as Support to Kentledge for Initial Compression Load Test.- Part 2. Ground Improvement Techniques.- Chapter 5.  Development of Design Charts for Sand Compaction Pile Method of Improvement for Loose to Medium Dense Sands.- Chapter 6. Ground Improvement Using Stone Columns to Mitigate Liquefaction, Reduce Settlements and to Increase Bearing Capacity of In-Situ Soils - A Case Study.- Part 3. Piling and Deep Foundation Techniques.- Chapter 7. AStudy on the Evaluation of Pile Bearing Capacity Factor and Adhesion Factor in IS 2911.- Chapter 8. How Choice of Foundation Can Alter the Fate of a Bridge Project - 3 Case Studies.- Chapter 9.  Soil-Structure Interaction for a Tension Pile Pulled with Strand.- Part 4. Earth Retention and Deep Excavation Support.- Chapter 10. Challenges of Earthen Cofferdam in Deep Excavations for Waterfront Structures, A Case Study.- Chapter 11. Confined Space and Inner-City Projects - Future Challenge and Opportunity for Diaphragm Walling.- Chapter 12. Effects of Change in the Support System on Temporary Secant Pile Wall.- Chapter 13. Overveiw of Enabling Works for Waterfront Structures - Design & Construction.- Chapter 14. Realistic Estimation of Water Table Depth for Design Optimization of Bored Tunnel and Cut & Cover Tunnel Structures for Underground Metro.- Part 5. Research, Experimental and Numerical Methods in Deep Foundations and Deep Excavation Technologies.- Chapter 15.

Dr. Boominathan Adimoolam is an active academician, researcher and consultant in the area of geotechnical engineering. His expertise includes soil dynamics and earthquake geotechnical engineering, deep foundations and ground improvement. He received his Ph.D. in Geotechnical Engineering from Moscow Civil Engineering Institute in 1986. Dr. A. Boominathan was a Professor of Geotechnical Engineering at the Department of Civil Engineering at IIT Madras until his retirement in June 2021. He has guided 16 Ph.D., 11 M.S. by research and severalM.Tech. students. He has authored more than 196 scientific publications, including more than 62 articles in refereed journals. Dr. A. Boominathan is a member of the editorial board of the Journal of Earthquake & Tsunami. He is a fellow of the Indian Geotechnical Society, a National Executive member of Deep Foundation Institute (DFI) of India and Associate Member of American Society of Civil Engineers (ASCE). He is also an honorary fellowof the National Engineering Academy of the Republic of Kazakhstan. He is a member of several technical committees of the International Society of Soil Mechanics and Geotechnical Engineering (ISSMGE). He has received the IGS Shri M. S. Jain Biennial Prize in 2004, and the IGS Prof. C. S. Desai Biannual Prize in 2012. Recently he has been selected for the A. S. Arya Disaster Prevention Award, a research award of IIT Roorkee.
Anirudhan I. V. is a Geotechnical Consultant based in Chennai, India. His career as an independent consultant started in 1987 after associating with a leading consultancy firm for seven years. His major field of expertise are in deep foundations, ground improvement and geotechnical characterisation. His organisation, Geotechnical Solutions, executed more than 2000 small and medium geotechnical investigations andprovided foundation recommendations. He graduated in Civil Engineering with a specialisation in Geotechnical Engineering from IIT Kanpur, India, in 1981 after obtaining