《New-Generation Cement-Based Nanocomposites》是新一代纳米工程化水泥基复合材料领域的第一部英文专著 (由Springer出版集团出版) , 全书分为3个部分, 共10个章节。第一部分阐述了新一代纳米工程化水泥基复合材料的设计原理 (第一章) 。第二部分详细介绍了八种新一代纳米工程化水泥基复合材料, 包括其制备工艺、力学、多功能/智能性能及相关应用 (第二章到第九章) 。第三部分探讨了新一代纳米工程化水泥基复合材料的挑战与发展战略 (第十章) 。该著作不仅梳理了当前纳米工程化水泥基复合材料领域的发展动态、前沿研究理念与成果, 还介绍了基于纳米合成技术、复合技术及表面改性技术发展的新一代纳米工程化水泥基复合材料。该材料具有高安全、长寿命、强韧性、高智能性、可大规模生产、低环境足迹及低生命周期成本等优势。最后, 面向可持续基础设施建设, 提出了新一代纳米工程化水泥基复合材料在社会、环境、成本等方面的挑战及发展策略。该著作向读者提供了土木工程材料与纳米技术的发展动态、前沿研究理念与成果, 为新一代纳米工程化水泥基复合材料提供理论支撑、技术指导与实践指南。

New-Generation Cement-Based Nanocomposites, published by Springer, marks the first English monograph in the field of next-generation nano-engineered cement-based composites. The monograph is organized into three parts, encompassing a total of ten chapters. Part I elucidates the foundational principles of new-generation cement-based nanocomposites (Chapter 1) . Part II introduces eight types of advanced new-generation cement-based nanocomposites, covering their fabrication processes, mechanical properties, multifunctional properties, and related applications (Chapters 2-9) . Part III discusses the challenges and strategies for future development in new-generation cement-based nanocomposites (Chapter 10) . This monograph reviews the current developments, cutting-edge research concepts, and achievements in the field of cement-based nanocomposites. It also introduces the development of next-generation nano-engineered cement- based composites based on nano-synthesis, nano-composite technology, and nano-surface modification techniques. The resulting new-generation cement-based nanocomposites exhibit significant benefits, including enhanced safety, prolonged durability, improved fracture toughness, enhanced smart functionalities, scalability, and reduced environmental impact and life-cycle costs. Finally, with a focus on sustainable infrastructure development, the monograph addresses the social, environmental, and economic challenges and proposes strategic solutions for the advancement of cement-based nanocomposites. This monograph provides readers with insights into the latest developments and research frontiers in civil engineering materials and nanotechnology, offering theoretical support, technical guidance, and practical references for the development and application of next-generation nano-engineered cement-based composites.