Autorentext

R. Sundaravadivelu was Emeritus Professor (Retd.) from the Department of Ocean Engineering at IIT Madras and currently serves as Director of Prof. R. Sundaravadivelu Advisory Services Pvt. Ltd. He holds a B.E. in Civil Engineering from Annamalai University, an M. Tech in Structural Engineering, and a Ph.D. in Ocean Engineering from IIT Madras. With over four decades of experience, he has contributed extensively to the development of greenfield and brownfield ports in India and abroad, consulting on nearly 1,000 projects. His research spans marine structures, soil-structure-wave interaction, geotextile applications , sea water intake and outfalls, sea walls, Groyenes, deep-water ports, offshore platforms, shipyards Dredging and physical and numerical modeling of port and harbor structures. Sundaravadivelu has published around 200 papers in international journals and conferences and guided 23 Ph.D. scholars. He has held key positions at IIT Madras, including Professor & Head of the Department, Chair Professor, Member Board of IC and SR, Chairman of the Estate & Works Committee, and Member of the Board of Governors. His accolades include being a Fellow of the Indian National Academy of Engineering and serving on numerous national committees such as the Indian Maritime University, Central Road Research Institute, Chilika Development Authority, and Chairperson CED47, Ports, Harbours and Offshore Installations, Bureau of Indian Standards, Government of India.

S. Sakthivel is the Managing Director and Principal Marine Consultant at Prof. R. Sundaravadivelu Advisory Services Pvt. Ltd. With over two decades of experience in waterborne transport infrastructure, he has successfully led more than 500 projects involving Ports, Shipyards, Dredging, offshore, sea water intake and Coastal protection structures.He holds a B.E. in Civil Engineering from Madras University, an M. Tech in Ocean Engineering from IIT Madras, and a Postgraduate Certification in Strategic Port Management from IIM Ahmedabad. His expertise spans FEED engineering, contract documentation, analysis, design and detailed engineering, Techno-economic feasibility report (TEFR), Master planning, Detailed Project Reports (DPR) and Project Management Consultancy. Sakthivel is proficient in structural analysis software such as SACS and STAAD Pro, wave flume and basin model studies and is well-versed in applying Indian and international codes for design of marine structures. He is an active member of professional societies including ASME, ASCE, and The Indian Society of Hydraulics, and is an alumnus of IIT Madras.

Klappentext

Focusing on the design aspects of ports and harbour structures, including shipyards, this book details various Indian codes and compares them with prevalent international standards. It covers the estimation of loads acting on the system, as well as the design of slipways, marine travel lifts and ship lifts. Sediment transport and the movement of shoals are illustrated with typical examples for green port development, including capital dredging and disposal. The book also explains procedures and documentation required for environmental clearance, along with EIA/EMP guidelines and case studies on rehabilitation and retrofitting. Additionally, it includes spreadsheets for various design calculations such as beam, pile, crack width and fixity depth.

• Covers planning, analysis, design, construction, retrofitting, rehabilitation and environmental impact of ports and harbours
• Provides a comparison of Indian codes with international codes on load combinations, crack width and deflection limits, corrosion rates and more
• Discusses failure case studies to offer insights for designers and eliminate misconceptions and design defects
• Includes an exclusive chapter on pertinent Indian codes
• Illustrates loads, analysis, design, construction and repair with case studies and code compliance for practicing engineers This book is intended for graduate students, practicing engineers and professionals.

Inhalt

1.Introduction 2. Indian Codes 3. Loads 4. Breakwaters 5. Berthing Structures 6. Fenders and Bollards 7. Infrastructure for Shipbuilding and Maintenance 8. Dredging and Disposal 9. Environmental Impact Assesment and Environmental Management Plan 10. Rehabilitation and Retrofitting