6 New Coastal Engineering Books Reshaping the Industry in 2025

Michael Isaacson's background in engineering education and research led him to craft this introduction as a bridge for newcomers to the complexities of coastal systems. You gain foundational insight into coastal processes, wave mechanics, and design considerations that influence shoreline protection and harbor construction. Its chapters guide you through sediment transport and structural responses to marine environments, making it especially suited for students and early-career engineers aiming to grasp critical concepts for practical application. The book doesn’t overwhelm with jargon but focuses on core principles essential for understanding modern coastal challenges, leaving advanced practitioners seeking more specialized texts.

V Sriram’s expertise in ocean engineering shaped this detailed examination of how waves interact with coastal vegetation. The book unpacks the challenges of modeling these interactions, balancing physical experiments with numerical simulations to deliver insights into turbulence, wave forces, and vegetation flexibility. You’ll find chapters addressing scale modeling issues and turbulence resolution, making it a solid resource for understanding complex coastal processes. If you’re involved in coastal engineering research or practice, particularly around natural defenses and climate impact, this text offers a focused, technical perspective without unnecessary jargon.

This tailored book explores the latest advancements in coastal engineering as of 2025, focusing on innovations that are reshaping how coastal environments are managed and protected. It covers emerging techniques in shoreline resilience, adaptive infrastructure, and environmental integration, all aligned with your specific interests and background. By concentrating on cutting-edge discoveries and personalized topics, it provides a focused learning journey that keeps you at the forefront of this dynamic discipline. Through this personalized approach, the book examines recent research developments, new design practices, and evolving challenges in coastal engineering, helping you build expertise that matches your goals and professional experience. This tailored content allows you to engage deeply with the subject matter most relevant to your career or study areas.

This book captures the latest shifts in coastal engineering by diving into sustainability and emerging technologies shaping the field. María Dolores Esteban draws on her extensive editorial experience to explore how innovations like marine renewable energy and advanced materials are redefining coastal infrastructure design amid climate change challenges. You'll find detailed discussions on balancing human activities with natural coastal dynamics, plus insights into tools like BIM and neural networks that are influencing future engineering practices. If you're aiming to grasp how scientific research intersects with real-world applications in coastal zones, this book offers a thorough and thoughtful examination without overselling its scope.

The breakthrough moment came when Hidenori Takahashi, drawing on extensive experience with Japanese ground improvement technologies, developed this focused guide addressing coastal challenges. You’ll learn how to evaluate the necessity of ground improvement, select appropriate methods, and design solutions tailored for soft coastal soils prone to seismic risks and liquefaction. The book delves into advanced techniques such as Building Information Modelling (BIM) combined with information and communication technology to enhance execution precision. This is ideal if you’re a geotechnical designer or contractor working in coastal environments needing practical insights into sustaining ground integrity under external forces.

This book is the culmination of extensive work by P. V. Timbadiya and his co-authors, who bring decades of expertise in water resources and coastal engineering. You’ll find detailed analyses of coastal hazards like tsunamis, storm surges, and sea-level rise, alongside explorations of wave-structure interactions and oceanographic phenomena. The proceedings offer you a mix of fundamental principles and the latest research developments, blending theory with applied case studies. Chapters rich with illustrations and data tables give you tools to deepen your technical understanding and inform your own research or projects. Whether you’re new to the field or advancing your work, this book provides a solid foundation and fresh perspectives on challenges facing coastal infrastructure and environments.

This tailored book explores the evolving field of coastal engineering with a focus on 2025's latest developments and discoveries. It examines emerging challenges and innovative approaches to shoreline protection, infrastructure resilience, and environmental sustainability. The content is carefully crafted to match your background and interests, offering a personalized exploration of cutting-edge research and future trends. By concentrating on your specific goals, this book reveals insights into adaptive solutions and advanced coastal management techniques that reflect the dynamic nature of the field. Readers benefit from a tailored learning journey that emphasizes practical understanding of new knowledge and its applications.

What happens when advanced fluid mechanics meets practical coastal engineering? This book unpacks numerical modeling of water waves with a clear hierarchy, starting from simpler phase-averaged models to complex phase-resolving ones. You’ll get detailed insights into each method’s assumptions, limitations, and real-world applications, with the final chapter discussing how to couple different models effectively. If you’re involved in wave mechanics or coastal engineering, this text offers a deep dive into current modeling techniques, supported by historical context and practical examples, helping you understand not just how these models work but when to apply them.