MULTI-SPAN BOX GIRDER BRIDGES MADE OF PRESTRESSED CONCRETE

Discover the fascinating world of bridge engineering with a guide that comprehensively discusses the design and construction of beam bridges made of prestressed concrete. It is an invaluable source of knowledge for engineers and students of bridge specialty, filling a gap in the English-language literature.

• Prestressed concrete - the basic material in bridge construction
• Comprehensive coverage of the design and construction of beam bridges
• Special attention to the mechanics and shaping of box girders
• Basic construction technologies and their impact on design
• Use of modern calculation methods
• Fills a gap in the English-language bridge literature

This manual analyzes in detail the issues of mechanics and shaping of box girders, which are commonly used in beam bridges with medium and large spans. The authors draw attention to the basic construction technologies and their impact on the design process, which allows for the optimization of the structure and the effective use of materials. In addition, modern calculation methods are presented, which enable precise analysis and design of safe and durable bridges.

The Scientific Publishing House PWN, known for its high-quality scientific publications, hands over to readers a manual that combines theory and practice. The authors, Jan Biliszczuk, Krzysztof Sadowski and Marco Teichgr, are recognized experts in the field of bridge engineering, which guarantees a high substantive level of the presented material. Their experience and knowledge translate into a clear and accessible presentation of even the most complex issues.

This manual is not only a compendium of knowledge, but also an inspiration for further research and development in the field of bridge engineering. Thanks to it, engineers and students can broaden their horizons and acquire the skills necessary to design and build modern and safe bridges that will serve society for many years.

Technical data:

Edition: PWN

Pages: 420

Format: 234x169 mm

Year of publication: 2023

Cover: paperback