Sustainable Concrete Materials and Structures 1st Edition

Sustainable Concrete Materials and Structures, 1st Edition by Ashraf Ashour, Xinyue Wang, and Baoguo Han is an authoritative guide for engineers, researchers, and construction professionals seeking practical, science-backed strategies to reduce the carbon footprint of concrete and build resilient infrastructure worldwide.

Begin with a clear focus on contemporary challenges—from urban renewal projects in Europe and North America to rapid infrastructure growth in Asia and the Middle East—and progress to actionable solutions grounded in material science and structural design. The authors blend rigorous research with real-world perspective to explore low‑carbon binders, recycled and alternative aggregates, optimized mix design, durability assessment, and performance-based approaches for sustainable structures.

Readers will appreciate concise explanations of sustainability metrics, life-cycle thinking, and testing protocols that support durable, cost-effective construction. Case examples and design guidance bridge the gap between laboratory innovation and on-site implementation, making this book an essential reference for civil and structural engineers, graduate students, sustainability consultants, and policy makers focused on green construction and resilient infrastructure.

Why this edition stands out: it balances technical depth with practical application, helping teams meet evolving standards and environmental targets while maintaining structural performance. Whether you’re designing coastal defenses, urban housing, or transportation networks, this volume equips you with strategies to lower embodied carbon and extend service life.

Practical, current, and globally relevant—add Sustainable Concrete Materials and Structures, 1st Edition to your professional library today to lead sustainable construction projects with confidence.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.