Guide to compressive membrane action in concrete bridge decks
Technical Paper 3
Document Status
Current
Supplement
Civil & Structural Supplement
Series
Technical Paper
Abstract
Presents a literature review. Considers the design procedures developed at Queen’s University of Belfast and the University of Canterbury in New Zealand in detail, together with a typical example of the Queen’s University procedure for predicting the strength of laterally restrained slabs. Explores how the inherent strength of bridge deck slabs, attributed to compressive membrane action, means that lower quantities of reinforcement are necessary: it is possible to produce slabs that are more economical and durable.
History
Produced by Queen's University, Belfast.
Subjects
- Concrete in bridges
- Civil engineering, infrastructure and public utilities
- Transport facilities
- Bridges
- Bridge decks
Publisher History
The Concrete Bridge Development Group is an association of member companies and organisations, dedicated to the task of improving efficiency of the design, construction and maintenance of concrete bridges. They publish a range of technical guides, papers and current practice sheets based on research and group activities.
Information
NBS
NBS has produced specification systems and information products for construction industry professionals for more than 40 years. The National Building Specification is the recognised UK national standard and is used by over 5,000 organisations. NBS is part of RIBA Enterprises Ltd.
Accuris
We connect trusted knowledge to customers' workflows – mitigating risk, increasing efficiency and accelerating innovation For more than 60 years, leading R&D and engineering-intensive organizations have relied on us to achieve on-time, on-budget delivery of complex projects and new products. We deliver an unparalleled combination of technical content and Artificial Intelligence (AI) technologies to surface answers from the vast universe of technical knowledge, both inside and outside the organization. In a single interface, we connect the dots between information scattered across many different sources, allowing technical professionals to make better, more informed decisions faster.