
Bio-Inspired Structures
Description
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The authors expertly navigate four fundamental principles-efficiency, resilience, adaptability, and self-repair-demonstrating their implementation in advanced materials, dynamic structures, and sustainable energy systems, including adaptive building envelopes and bioinspired coastal protection mechanisms.
This essential reference equips graduate students, researchers, and industry professionals with both conceptual understanding and actionable design strategies, ultimately advancing the paradigm shift from resource-intensive engineering toward nature-integrated, regenerative systems that promise more sustainable and resilient infrastructure solutions for our increasingly complex world.
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Persons
Basanagouda I Patil is an Assistant Professor at at KLE Technological University, Hubli, with 8 years of academic experience. He integrates teaching and research, mentoring students in advanced structural analysis and ocean engineering. His research aspires to develop sustainable, resilient infrastructure inspired by nature for future energy and coastal systems. Dr. Basanagouda I Patil is a Prime Minister's Research Fellow at the Indian Institute of Technology Madras, specializing in structural engineering with a focus on bioinspired offshore and renewable energy systems. He earned his Ph.D. in 2025 for pioneering work on the TSUSUCA-DOLPHIN platform, a patented multi-utility floating structure for wave energy harvesting and tsunami mitigation. Prior to his doctoral research, he completed his M.Tech. in Structural Engineering from KLSGIT Belagavi and B.E. in Civil Engineering from BVBCET Hubli. Dr. Patil has co-authored multiple high-impact publications in reputed journals such as Energy, Journal of Marine Science and Technology, and Journal of Ocean Engineering and Marine Energy. His work bridges marine bioinspiration, structural dynamics, and renewable energy, employing advanced computational tools and experimental methods. He has presented at premier international conferences, including OMAE and ICSOS, and holds patents and trademarks for innovative marine energy devices.
Content
About the Authors
Chapter 1: Bio-inspiration and Structural Similitude
Chapter 2: Bioinspired Structures for Earthquake Resilience and Tall Buildings
Chapter 3: Bioinspired Offshore Floating Platforms and Energy Systems
Chapter 4: Bioinspired Wave Energy Converters
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