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Full Description
This book presents a groundbreaking exploration of recent advancements that are reshaping the field of civil and environmental engineering. It explores the latest findings in eco-friendly building materials and cutting-edge construction techniques. The authors cover topics like low-carbon alternatives, recycled materials, and emerging innovations that enhance durability, efficiency, and sustainability in the built environment. This book also delves into the integration of technologies such as machine learning, bio-inspired materials, carbon capture systems, and nature-based solutions, all aimed at creating resilient and environmentally friendly infrastructure. centred on sustainability, it highlights practical applications, case studies, and innovative strategies to tackle contemporary challenges including climate change, resource scarcity, and rapid urbanization. Designed for engineers, researchers, and policymakers, the book fosters collaboration and inspires forward-thinking solutions for sustainable infrastructure development. Its core mission is to address modern challenges in civil and environmental systems while empowering professionals to navigate complex technologies and build a sustainable future.
Contents
AI-Driven Prediction and Optimization of Fresh Properties in Self-Compacting Concrete .- 3D Concrete Printing: Mixture Design, Rheology, and Structural Integration.- Self-Healing Concrete using Microbial and Chemical Agents: Advances and Limitations.- Self-Healing Properties of Calcium Sulfoaluminate Cement in Concrete: A Review.- Artificial Neural Network-Based Prediction of High Strength Self-Compacting Concrete Compressive Strength: A Machine Learning Perspective.- Ultra-High-Performance geopolymer concrete: Material science, structural applications, and mix design.- 3D-Printed versus Cast Concrete: Fresh and Hardened Properties.- Technological Evolution of 3D Concrete Printing for Next-Generation Sustainable Infrastructure.- Sustainable Pervious concrete: A review on enhancing longevity through Material Optimization and Maintenance Strategies.- Study of the response of reinforced concrete dapped end beams under varying load: a critical review.- Breaking Down Microplastics: Advances in Detection and Removal in Wastewater Treatment Plants.- Reactivity Enhancement of Coal Bottom Ash: Mechanical Activation for Sustainable Cementitious Applications.- An applicability-based review of geothermal energy piles as a sustainable infrastructure solution.- BIM and AR- Enabled Digital Twins for Sustainable Infrastructure Management.- GIS-Based Vulnerability Index Approach for Groundwater Risk Assessment: A Case Study of Jeypore, Odisha, India.- Leveraging Digital Twin Technology for Smart Construction Materials Monitoring and Management: A Framework for Emerging Economies.- Scalable Digital Twin Framework for Residential Re-Construction: Advancing Smart Asset Management for Small-Scale Projects.- Sustainability enabled conflict resolution in transportation projects through principle-based evaluation.- Remote Sensing Strategies for Hydrothermal Mineral Exploration to Support Resilient Infrastructure in the RSH, Northeast Sudan.- In-Situ Load Testing and Settlement Response of Stone Columns beneath Railway Embankments: A Case Study from WDFCCIL.
