30 Best Books on Structural Designing

“Tekla Structures Structural Steel Modeling and Detailing (DIY)” Book Review: This book is a comprehensive guide for learning Tekla Structures software for structural steel modeling and detailing. The book is divided into 13 chapters covering topics such as basic concepts, creating and modifying models, creating connections, and detailing. The author provides step-by-step instructions and numerous illustrations for each chapter, making it easy to follow along. This book is an ideal resource for anyone looking to learn or improve their skills in structural steel modeling and detailing with Tekla Structures.

“Manual for Detailing of Steel Structures” Book Review: The purpose of this book is to provide comprehensive knowledge on steel structures. Its content covers various topics such as the components of steel structures, including beams, columns, base plates, stairs, floor grills, and their connections. The book also discusses the layout of grid designations and wire diagrams, and provides coverage on topics such as base plates and slab base. In addition, readers will find detailed information on tables, column and beam, beam and beam, beam cutting, and the total requirements of bolts, as well as edge distance. To aid in understanding, the book provides examples of all types of structures in every chapter.

“CAD in Reinforced Concrete Detailing and Structural Steelwork: Conference Proceeding” Book Review:
This book is a comprehensive collection of conference proceedings from the Institution of Civil Engineers on CAD in reinforced concrete detailing and structural steelwork. It includes 24 papers from various authors and covers a range of topics such as 3D modeling, BIM, steel detailing, design automation, fabrication, and construction. The papers also discuss the latest software tools, techniques, and workflows used in the industry. This book is a useful resource for civil engineers, structural designers, and CAD professionals who want to stay updated on the latest trends and developments in CAD for reinforced concrete and steelwork detailing.

“Structural Detailing in Timber: A Comparative Study of British, European and American Codes and Practices” Book Review: The book provides a comprehensive guide to timber detailing. It covers the fundamental principles of timber construction and basic drawing techniques. The book focuses on the construction of buildings, bridges, grid works, and shells, among others. The use of Computer-Aided Design (CAD) software is also discussed, with numerous examples of drawings and detailed sheets provided. The book is written in a descriptive manner, with practical examples and up-to-date construction techniques provided for better understanding.

“Detailing of Structural Steel for Office Buildings” Book Review: This book is focused on the construction system and showcases both original artifacts and works. It presents reproductions of historical artifacts, complete with blurred pages and poor pictures, along with detailed discussions of the preservation process. In addition to the original works, the book includes multiple examples to aid students in grasping the underlying concepts more easily.

“Structural Wood Detailing in CAD Format” Book Review: This book primarily focuses on wood-based building construction and includes detailed information about the structural aspects of buildings, including vertical and lateral forces. Additionally, the book also covers the topics of construction cost and the creation of safe buildings. The book is divided into three major sections: ROOF, FLOOR, and FOUNDATION. The ROOF section includes topics such as shear walls, beams connected with posts and columns, and other related topics. Moreover, the book contains easy-to-follow examples with references, and each page includes drawings and concise summaries, making it an excellent resource for students to comprehend the concepts more effectively.

“Structural Detailing in Steel” Book Review: This book is specifically tailored to the practical uses of structural steels. It presents a comprehensive framework that is of utmost significance to the field. The content covers various topics such as structural steelwork, drafting practices and conventions, conventional systems, and more. The book offers a complete guide to constructing facilities using both traditional and computer-based techniques.

“Computer-Aided Materials Selection During Structural Design” Book Review: This book is designed for the both undergraduate students of structural engineering and working professionals seeking a reference. It delves into the selection of appropriate materials for structural components and integrates expert systems in CAM/CAD operations to aid designers. It presents potential future manufacturing processes for specific products, and provides comprehensive coverage of the structural design process and concurrent engineering. The book is accompanied by numerous scientific diagrams, and features real-life case studies to simplify complex concepts.

“Handbook of Structural Steel Connection Design and Details, Third Edition (P/L Custom Scoring Survey)” Handbook of Structural Steel Connection Design and Details Book Review: This Handbook is a comprehensive resource on load and resistance factor design (LRFD), featuring the latest AISC and ICC codes and specifications. This authoritative volume provides an overview of the leading techniques for connecting structural steel components, including state-of-the-art materials and methods, as well as new information on welding and connections. With numerous detailed examples, photographs, and illustrations, this practical guide covers a wide range of topics, including latches and welds for primary connections, connections for axial, lateral, and shear forces, welded joint design and fabrication, splices, members, and chord connections, partially restrained connections, seismic design, structural steel details, connection design for special structures, inspection and quality control, steel deck connections, and connections to composite members.

“Construction Drawings and Details for Interiors: Basic Skills” by W Otie Kilmer and Rosemary Kilmer Book Review: This book provides a comprehensive guide to producing accurate construction documents that clearly communicate the interior space of new construction, renovation, or installation projects. With a focus on visual communication, it covers topics such as furniture, finishes, lighting, and more. The book features drawings from both designers and professionals in the field and covers drafting basics, drawing types, plans, and schedules, as well as computer-aided design. It also explains technical terminology as a tool for communication and details the process of creating construction documents using computers and various production systems and standards. With examples from both residential and commercial interiors, this book is an essential reference for the NCIDQ exam.

“Structural Design of Buildings” by Paul Smith Book Review: This guidebook provides essential information about the design of a structure, including common issues, potential disappointments, and how to address them. Presented in a clear and user-friendly manner, the book covers all the fundamental aspects of building design and emphasizes the significance of various components. It elucidates the fundamental principles of constructions and provides numerous real-world examples and guidance.

“Structural Design for Architects” by Alec Nash Book Review: This book highlights the fundamental concepts that are crucial for a planner to effectively communicate with specialists in the field. It covers essential mathematical and physical principles such as gravity, loads on structures, forces, bending moments, and conic sections. It also discusses various types of structural materials, stress, and structural joints, as well as the behavior of different basic structural elements.

Book Review: This book serves as a useful textbook for civil engineering students and a valuable reference for design engineers. It covers three fundamental methods of designing, namely working stress design, limit state design, and ultimate strength design. In addition, it provides a comprehensive range of examples on various elements such as beams, ties, columns, slabs, shells, and bridges. The book offers detailed explanations and examples on minimum weight design of beams. Furthermore, it explores economic analysis, the impact of design variables, and cost-effective methods.

Book Review: This book comprehensively covers the theoretical aspects pertaining to the design of reinforced concrete while also providing practical examples of its application. The majority of the book’s content has been recently updated and supplemented with new spreadsheets, tools, and techniques for analyzing and designing reinforced concrete elements, as well as for comparing alternative solutions. Additionally, the book features a dedicated chapter on seismic design, exploring the challenges associated with designing concrete structures that can withstand earthquakes.

Book Review: This book offers a comprehensive grasp of the basics of concrete design theory, making it highly beneficial for postgraduate students specializing in civil engineering. Additionally, it is a valuable resource for civil engineers involved in industry-standard practices. It provides an in-depth examination of procedures specified in BIS codes for wind, earthquake, and ductile detailing. The book’s methodical organization covers all aspects of advanced reinforced concrete design.

“Earthquake Resistant Design of Structures” Book Review: This book provides a comprehensive guide to understanding earthquake resistant design principles. It is organized into seven sections. The first section covers the basics of engineering seismology, seismic zoning maps in India, strong motion characteristics, and seismic design parameters. The second section covers topics such as structural dynamics, single and multi-degree of freedom systems, seismic pickups, dynamic response, and response spectra. The third section discusses elements of earthquake resistant design, case studies, structural irregularities, and seismic-resistant building architecture. Sections four through six detail design procedures, analysis techniques, and mathematical models for designing RC buildings. The final section provides case studies and an evaluation of existing buildings.

“Topology Design of Structures” Book Review: The inspiration for the book came from the NATO advanced research workshop on topology optimization of structures held in Portugal, which presented various papers. The first few chapters of the book are dedicated to describing topology design of discrete structures, discrete design, and different methods for topology design and boundary-shaped design. Subsequently, the book delves into detailed discussions on relaxation and optimal shape design, effective media theory, optimal design, and aspects of topology design. Additionally, the book highlights computer-based methods for topology designing.

“Stability Analysis and Design of Structures” Book Review: This book is geared towards engineering students at the advanced and graduate levels. It covers the essential engineering elements, including rigid-body assembly, beam-columns, rigid frames, thin plates, arches, rings, and shells. The book is written in a reader-friendly style, and the fundamentals of stability theory are thoroughly explained. The content of this book is highly applicable to real-life scenarios. In addition, it includes a multitude of examples, exercises, and worked-out problems, making it ideal for self-study and self-assessment.

“Dynamic Loading And Design of Structures” Book Review: This modern book thoroughly covers the background for various types of loading, starting with introductory chapters on topics such as probabilistic basis, dynamic loading analysis, wind loading, earthquake, and waves. As the book progresses, more advanced topics are explored, including explosion and impact, human movement, traffic, machine-induced vibrations, and random vibration analysis. The theories and principles are accompanied by numerous examples, making it an ideal resource for students and practicing engineers in the field of civil engineering. Additionally, research students focusing on dynamic loading and analysis can benefit greatly from this comprehensive guide.

“Fire Safety Engineering Design of Structures” Book Review: The presented book offers a diverse range of tools and techniques to create fire-resistant structures. The text extensively covers design considerations, regulatory requirements, and the attributes of typical fires. Furthermore, it delves into the detailed design of significant structural elements, including concrete, steel, composite materials, timber, masonry, aluminum, plastics, and glass. Numerous real-world examples and calculations further enhance the content of the book, making it an invaluable resource for structural engineers, building designers, architects, fire engineers, and researchers.

“Design of Bridge Structures” Book Review: The revised edition of the book incorporates the latest advancements and innovations in bridge engineering. The designs of bridges have been improved to ensure they are current and relevant. Additionally, the book highlights the applications of artificial intelligence in bridge engineering and provides a detailed description of prestressed concrete bridge decks. The book is replete with hydraulic and structural bridge design diagrams, as well as solved examples that illustrate calculations in computer programs. It is an excellent resource for both undergraduate and postgraduate civil engineering students and professionals, including practicing civil engineers and designers.