Bridges are a fascinating subject. They are the most complex structures in the world, and yet they can be built in just a few days. Bridges take advantage of gravity, but also of laws of physics like the conservation of energy and friction. Hence it is a perfect combination of complexity and creativity. This unique characteristic of bridge design and engineering is rarely found in other subjects. This is why students in large numbers enroll in the best bridge design training courses in Chennai or Hyderabad so that they can enter the beautiful of bridge design and engineering by getting a job. However, in addition to the courses, you can also learn by studying the best books written on bridges. Since these books can be tough to find for someone with no experience in the bridge construction industry, we have decided to help you out by preparing a list of some of the most revered books on bridge design:
1.”Bridges: A History of the World’s Most Spectacular Spans” – by Judith Dupre
This is a great book if you want to learn about bridge design and construction in more detail. It’s not just a history of bridges, but also an exploration of why they were built, how they were built, and what they were built for.
The author has done extensive research into how bridges were built in the past and how people think about them now. She also includes some excellent sidebars with historical information on topics like suspension bridges and trusses.
There are lots of pictures and diagrams as well as detailed descriptions of each type of bridge that she describes. It’s a great resource for anyone interested in learning more about this fascinating topic! In this book, you’ll vicariously meet engineers who have built bridges all over the world – from Russia to South Africa, England to Australia – as well as those who have studied bridges for their entire careers.
2.”Bridge Engineering: Classifications ” – by Teruhiko Yoda
This book is the perfect resource for anyone who wants to study bridge design since it provides a comprehensive description of bridge engineering. It can be used as a textbook for undergraduate students in civil engineering, or as a reference book for professionals who work in this field.
It covers all of the essential topics from the classification of bridges to the design of reinforced concrete beams and columns to analysis methods. The book contains the classification of bridges based on their geometric characteristics, their construction, and their uses. The book also talks about the different types of loading for bridges, which are seismic and wind loading. It also has a lot of helpful illustrations and examples which make it easy to understand complex concepts. The book starts by providing an overview of bridge design methods and discusses how they apply to different types of bridges including cantilevers, suspension, viaducts, cable-stayed, steel trusses, and composite structures. Each chapter includes case studies that demonstrate how these methods were used to design different types of bridges. After reading this book you will have a good understanding of how to use different techniques to choose which ones best suit your project needs.
3.”Design of Highway Bridges: An Load and resistance factor Approach” – by Richard M Barker
This book is the standard reference material in the Best Bridge Design Course Training Bangalore or elsewhere. This is because it provides an in-depth analysis of the most important topics related to highway bridges, such as load-carrying capacity, structural system, road alignment, curves, cantilevers, cable-stayed bridges, etc. It also includes several examples of real-world projects that have been analyzed in detail.
The author has written this book in a very detailed manner so that readers can easily understand the concepts and ideas discussed in it. The author has also divided this book into different chapters based on their subject matter. For example, there are three chapters on load-carrying capacity which include a discussion about the design philosophy behind different types of loads supported by highways bridges, a design methodology for various categories of highway bridges (e.g., pre-stressed concrete beams), and an example of a beam bridge with a steel deck girder support system for heavy trucks over Interstate Highway System (IHS).
Another good thing about this book is that it provides enough information about each topic discussed therein without getting too much technical jargon involved which makes it easy for readers to understand what is being discussed without having to read through all those unnecessary technical terms and jargon.
