4 New Seismic Design Books Reshaping Engineering in 2025

Unlike most seismic design books that focus solely on theoretical models, Yail Jimmy Kim integrates experimental data with practical design strategies, offering a nuanced view of how reinforced concrete structures respond to varying earthquake intensities. You’ll find detailed chapters on collapse mechanisms and energy dissipation, alongside cutting-edge performance-based design concepts that reflect the latest research in earthquake engineering. This approach equips you with both a solid understanding of structural behavior under seismic loads and actionable insights into retrofit techniques and design guidelines. It’s particularly suited for engineers and government officials who need to apply advanced seismic analysis methods in real-world building projects.

What sets this book apart is its focus on the shift from traditional force-based seismic design to performance-based seismic design (PBD), which is rapidly becoming the new standard in structural engineering. Satyabrata Choudhury, drawing on extensive expertise in civil and earthquake engineering, guides you through PBD's evolution, diverse forms, and practical applications, including direct displacement-based and unified PBD methods for various building types and bridge piers. You’ll learn about modern design philosophies, nonlinear modeling, and the integration of supplemental damping devices, with concrete examples using SAP2000 software to clarify complex concepts. This book is best suited for graduate students, researchers, and professionals aiming to deepen their understanding of advanced seismic design techniques and apply them effectively in structural projects.

This tailored book explores the dynamic advancements in seismic design emerging in 2025, focusing on the latest methods reshaping earthquake-resistant engineering. It covers innovative concepts such as adaptive structural responses, cutting-edge simulation tools, and progressive material technologies, providing a deep dive into how these breakthroughs influence practical design decisions. By aligning content with your background and interests, the book ensures your learning journey is both relevant and engaging, addressing your specific goals in this evolving field. With its personalized approach, this book examines the intersection of new research and real-world application, revealing how these seismic innovations are poised to transform engineering practice. It invites you to explore emerging trends that directly match your expertise and aspirations, enriching your understanding with focused insights.

Steven T. Hiner offers a methodical approach tailored for civil engineers preparing for California's PE Seismic Principles Exam, combining lecture notes and nearly 500 multiple-choice problems that mirror the exam format. You’ll gain hands-on familiarity with key definitions, notations, and shortcut tables essential for quick problem-solving under exam conditions. The workbook’s detailed solutions invite you to understand not just answers but underlying reasoning, making it practical for those aiming to solidify seismic design fundamentals and exam readiness. If you’re focused on mastering California-specific seismic standards through intensive practice, this workbook provides a clear, structured path without unnecessary complexity.

After analyzing numerous seismic events and their impact on storage tanks, Gian Michele Calvi and Roberto Nascimbene developed a detailed exploration of how seismic forces affect tank structures and how to design them to withstand earthquakes. You’ll gain insights into the behavior of above-ground and underground tanks made of steel, reinforced concrete, and precast materials, including understanding anchored versus unanchored tanks under stress. The book breaks down complex engineering standards such as ASCE 7, ACI 350, and Eurocode 8-4 without overwhelming you in heavy math, making it accessible for practicing engineers who must ensure tank safety. If you’re involved in structural or geotechnical engineering, especially in regions prone to seismic activity, this book equips you with the analytical tools and real-world examples needed to prevent catastrophic tank failures during earthquakes.