"Design of Wood Structures ASD" by Donald E. Breyer is an exceptional guide that caters to engineers, architects, and designers who are involved in the design of wood structures. The book focuses on the principles and practices of designing wood structures using the Allowable Stress Design (ASD) method.
What sets this book apart is its comprehensive and well-organized format, which makes it suitable for professionals of all levels of expertise. It begins with an introduction to wood as a building material, exploring its unique properties and characteristics. From there, the book delves into the analysis and design of various structural elements such as beams, columns, and connections. The explanations provided by the author are clear and concise, reinforced with practical examples and detailed calculations.
One of the strengths of "Design of Wood Structures ASD" is its emphasis on practical application. The author incorporates real-life case studies and examples throughout the text, demonstrating how the design principles are implemented in real-world scenarios. This approach greatly enhances comprehension and allows readers to envision the application of these concepts in their own projects.
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Furthermore, the content of the book is up to date, taking into consideration the latest codes and standards in wood design. The inclusion of references to the National Design Specification (NDS) for Wood Construction makes it an invaluable resource for professionals striving to comply with industry standards.
In conclusion, "Design of Wood Structures ASD" is an invaluable resource for professionals in the field of wood construction. Its thorough coverage, practical examples, and emphasis on real-world application make it ideal for both beginners and experienced practitioners. This book offers valuable insights and serves as a comprehensive foundation for understanding and designing wood structures using ASD.
What are readers saying?
The book "Design of Wood Structures: ASD" by Donald E. Breyer has received mixed reviews from readers. While some appreciate its comprehensive nature and detailed explanations, others criticize its outdated content and lack of practical applications.
One reviewer commends the book for its thorough coverage of wood structure design and finds it beneficial for both students and professionals in the field. They praise the book's detailed explanations, clear diagrams, and helpful examples, which contribute to a solid foundation in structural engineering principles.
However, some reviewers express disappointment with the book's outdated content and its failure to address current industry standards and practices. This makes the book less relevant for practicing engineers. Some readers also note that it lacks in-depth discussions on advanced topics like seismic design and timber connections.
Another common critique is the organization and layout of the book. Some reviewers feel that the information is scattered and poorly structured, making it difficult to follow along. In addition, the explanations in certain chapters are overly technical, making it challenging for readers without a strong engineering background to understand.
Despite these criticisms, many readers still find value in "Design of Wood Structures: ASD" as a reference or supplemental resource. It is often recommended for students or individuals seeking a comprehensive introduction to wood structure design.
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