This book presents cutting-edge research and innovative engineering solutions at the intersection of intelligent materials and green geotechnology. It explores how smart materials such as self-healing composites, responsive geosynthetics, and nanomaterial-enhanced soils can transform the design and sustainability of civil and geotechnical infrastructure. Emphasizing eco-friendly practices, the book covers topics including bio-mediated soil improvement, recycled and natural materials for geotechnical applications, and climate-resilient construction techniques. Through interdisciplinary insights from material science, geotechnical engineering, and environmental sustainability, the book offers a forward-looking perspective on building resilient infrastructure for a sustainable future.
This book presents cutting-edge research and innovative engineering solutions at the intersection of intelligent materials and green geotechnology. It explores how smart materials such as self-healing composites, responsive geosynthetics, and nanomaterial-enhanced soils can transform the design and sustainability of civil and geotechnical infrastructure. Emphasizing eco-friendly practices, the book covers topics including bio-mediated soil improvement, recycled and natural materials for geotechnical applications, and climate-resilient construction techniques. Through interdisciplinary insights from material science, geotechnical engineering, and environmental sustainability, the book offers a forward-looking perspective on building resilient infrastructure for a sustainable future.
Shray Pathak
Sustainable engineering Self-healing materials Low-emission construction Recycled geomaterials Adaptive technologies