Principles of Structural Design

This book serves as a comprehensive guide to structural design, covering various materials and advanced concepts like reliability-based design and wind engineering, making it suitable for both beginners and experienced engineers.

Principles of Structural Design serves as a comprehensive guide to the theoretical, practical, and computational elements of structural engineering. It covers a diverse range of materials, including steel, aluminum, timber, and prestressed concrete, while also addressing the principles of reliability-based design and wind engineering. This book is particularly valuable for structural engineers seeking a reliable source of information that encapsulates the core principles of the discipline.

The content is drawn from the second edition of the well-regarded Handbook of Structural Engineering, ensuring that readers receive authoritative insights into various structural materials. Each chapter delves into the fundamental concepts associated with different types of construction materials, emphasizing their properties, design considerations, and the structural principles that influence overall design. Expert contributors provide detailed discussions on topics such as steel frame design, reinforced concrete structures, and cold-formed steel structures, among others.

In addition to foundational knowledge, the book reflects recent advancements in the field, featuring chapters dedicated to reliability-based structural design and wind engineering. It incorporates computational methods and simulation techniques to illustrate the concepts of reliability, while real-world examples, such as bridges, demonstrate the practical application of wind engineering principles. Principles of Structural Design is an essential resource for both newcomers to structural engineering and experienced professionals seeking a concise reference guide.