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Concrete Design Guide

This series was produced by The Concrete Centre to enable designers to realise the potential of concrete.

The Concrete Centre, part of the Mineral Products Association (MPA), is a team of qualified professionals with expertise in concrete construction, engineering and architecture.

The series was published in 2015.

 

Sponsor

The Concrete Centre

The Concrete Centre

The Concrete Centre provides material, design and construction guidance. Our aim is to enable all those involved in the design, use and performance of concrete and masonry to realise the potential of these materials.

Articles in this series

The Structural Engineer

Concrete Design Guide. No. 1: Guidance on the design of liquid-retaining structures
This short note highlights some of the salient aspects of the design and construction of liquid-retaining structures in reinforced concrete. The guidance is based on Eurocodes BS EN 1992-1-11 and BS EN 1992-32 and the corresponding UK National Annexes.

Publish Date – 5 January 2015

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The Structural Engineer

Concrete Design Guide. No. 2: Eurocode 6: Design of masonry structures for vertical loads
Some masonry design in the UK uses concrete blocks. BS EN 1996 (Eurocode 6) covers the design of masonry for buildings and civil engineering works and is organised into four parts. This design guide covers vertical load design (strength and eccentricity) and concentrated loads.

Publish Date – 1 February 2015

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The Structural Engineer

Concrete Design Guide. No. 3: Eurocode 6: Design of masonry structures for lateral loads
The design for horizontal actions, fire and materials is considered, along with simplified methods of design. Throughout this article the Nationally Determined Parameters (NDPs) from the UK National Annexes have been used. These enable Eurocode 6 (BS EN 1996-1-1) to be applied in the UK.

Publish Date – 27 February 2015

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The Structural Engineer

Concrete Design Guide. No. 4: An introduction to strut-and-tie modelling
Strut-and-tie modelling is a simple method of modelling complex stress patterns in reinforced concrete as triangulated models. This article is an introduction for engineers who want to take advantage of this useful analysis method.

Publish Date – 1 April 2015

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The Structural Engineer

Concrete Design Guide. No. 5: How to calculate anchorage and lap lengths to Eurocode 2
This article discusses how to calculate an anchorage and lap length for steel ribbed reinforcement subjected to predominantly static loading using the information in Section 8 of Eurocode 2. Coated steel bars (e.g. coated with paint, epoxy or zinc) are not considered. The rules are applicable to normal buildings and bridges.

Publish Date – 1 May 2015

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The Structural Engineer

Concrete Design Guide. No. 6: Fire design of concrete columns and walls to Eurocode 2
The design of concrete slabs and beams is not generally affected by fire design requirements. However, these can be a governing factor in the sizing of columns, particularly in multi-storey buildings. This article therefore concentrates on the guidance given in Eurocode 2 on the sizing of concrete columns for different fire resistance periods.

Publish Date – 1 June 2015

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The Structural Engineer

Concrete Design Guide. No. 7: Design of post-tensioned slabs
Post-tensioned (PT) concrete floors are now widely used in the UK, particularly for high-rise buildings. This article provides information on how to scheme a PT slab and how the use of post-tensioning affects the rest of the structure.

Publish Date – 1 July 2015

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The Structural Engineer

Concrete Design Guide. No. 8: Deflection – the span-to-effective-depth method and EC2
The concluding article in this series discusses the span-to-effective-depth method for verifying deflection limits of slabs and beams.

Publish Date – 31 July 2015

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