Shell Structures for Architecture

This book offers a detailed guide on form finding and structural optimization for shell structures, ideal for architects and engineers. Shell Structures for Architecture is a vital resource.

In Shell Structures for Architecture, readers are introduced to a comprehensive exploration of form finding and structural optimization techniques specifically for shell and gridshell structures. This book serves as a vital resource for architects and engineers, combining theoretical knowledge with practical applications. It emphasizes the integration of mathematics, computer algorithms, and real-world design case studies, making it an essential guide for both students and professionals in the field.

The book is divided into four distinct parts, each focusing on different aspects of shell structures. Part I delves into the historical context, illustrating the relationship between structural forms and forces while discussing the evolution of form-finding techniques. This foundational knowledge sets the stage for the subsequent sections, which explore more complex methodologies.

Part II introduces various form-finding techniques that allow for the exploration of expressive geometries, including the force density method and dynamic relaxation. Meanwhile, Part III focuses on advanced optimization strategies, providing insights into gradient-based methods and meta-heuristic techniques. Finally, Part IV showcases precedent studies of realized shells and gridshells, highlighting innovative design and construction methods. With contributions from experts in both research and practice, Shell Structures for Architecture is a highly pedagogical resource that bridges the gap between theory and application.