The Concrete Centre documents within the Construction Information Service

• Basements for housing. Benefits and solutions for sustainable housing
• Case studies on applying best practice to in-situ concrete frame buildings. Early age concrete strength assessment
• Case studies on applying best practice to in-situ concrete frame buildings. Early age construction loading
• Case studies on applying best practice to in-situ concrete frame buildings. Special concretes
• Case studies on applying best practice to in-situ concrete frame buildings. St George Wharf project overview
• Civil engineering sustainable solutions using concrete
• Concise Eurocode 2 for bridges: For the design of concrete bridges to BS EN 1992-1-1 and BS EN 1992-2 and their national annexes (includes errata 2010)
• Concise Eurocode 2: For the design of in-situ concrete framed buildings to BS EN 1992-1-1:2004 and its UK national annex:2005 (includes errata 2010)
• Concrete and BREEAM. Practical guidance on using concrete and concrete masonry to achieve high ratings in BREEAM UK New Construction 2014
• Concrete and fire safety: guidance on the use of concrete and masonry for fire resistant and efficient structures
• Concrete and flooding: the concrete contribution to flood protection, resistance and resilience
• Concrete assurance
• Concrete basements. Guidance on the design and construction of in-situ concrete basement structures
• Concrete bridges. The benefits of concrete in bridge design and construction
• Concrete buildings scheme design manual. A handbook for the IStructE chartered membership examination, based on Eurocode 2 (including corrections sheet - 2010)
• Concrete Credentials: concrete, concrete products and constituent materials. A quick reference guide to the sustainability and performance benefits of concrete
• Concrete floor solutions for passive and active cooling: design options for low energy buildings
• Concrete footbridges: an overview of design, engineering and case studies
• Concrete frames explained. A guide to design and construction of framed buildings
• Concrete futures. Spring 2024. In the loop. The UK Concrete Industry sustainable construction strategy goes circular
• Concrete futures: remixed - how concrete is evolving for a net-zero built environment
• Concrete industry sustainability performance report. 13th report: 2019 performance data
• Concrete solutions for wind tower foundations. Offshore and onshore wind farm development
• Concrete structures 10
• Concrete tall buildings. Guidance on the design and construction of building tall in concrete
• Concrete towers for onshore and offshore wind farms: conceptual design studies
• Cost model study - commercial buildings. A comparative cost assessment of the construction of multi-storey office buildings
• Cost model study - hospital buildings. A comparative cost assessment of structural options for both an acute care hospital and a community hospital
• Cost model study - school buildings. A comparative cost assessment of the construction of a typical secondary school
• Design and construction using insulating concrete formwork. A guide for structural design, concrete specifications, workmanship and construction details of ICF structures
• Design guide for footfall induced vibration of structures. A tool for designers to engineer the footfall vibration characteristics of buildings or bridges
• Design of hybrid concrete buildings. A guide to the design of buildings combining in-situ and precast concrete
• Designing for safer concrete structures. Outlining how designers can make a difference
• Economic concrete frame elements to Eurocode 2. A pre-scheme handbook for the rapid sizing and selection of reinforced concrete frame elements in multi-storey buildings designed to Eurocode 2
• Hospital construction. High performance buildings using concrete frames and cladding
• How to achieve acoustic performance in masonry homes
• How to achieve good levels of airtightness in masonry homes
• How to design concrete buildings to satisfy disproportionate collapse requirements
• How to design concrete structures using Eurocode 2. 2nd edition
• How to design reinforced concrete flat slabs using finite element analysis
• How to specify concrete for civil engineering structures using BS 8500
• Hybrid concrete construction. Maximising the potential of concrete by combining precast and in-situ concrete
• Hydraulically-bound mixtures for pavements. Performance, behaviour, materials, mixture design, construction and control testing
• Insulating concrete formwork. A guide to performance benefits of ICF solutions
• Insulating concrete formwork. A guide to use and construction
• Introduction to Eurocode 6. Revision 2
• Lateral resistance
• Life cycle carbon analysis of a six-storey residential building
• Material efficiency: design guidance for doing more with less, using concrete and masonry
• Model specification for the design and performance of post-tensioned concrete floors in building structures. For use in the UK
• Multi-storey concrete car parks: a guide to design and construction
• Office cost study. Comparing the effects of structural solutions on costs
• Offsite concrete construction - a guide to the design and construction of precast concrete in buildings
• Performance of concrete structures in Fire. An in-depth publication on the behaviour of concrete in fire
• Post-tensioned concrete floors. A guide to design and construction
• Precast concrete in civil engineering. An overview of applications
• Properties of concrete for use in Eurocode 2. How to optimise the engineering properties of concrete in design to Eurocode 2
• Reducing carbon and cost of reinforcement
• Remediating brownfield land: Using cement and lime
• Residential cellular concrete buildings. A guide for the design and specification of concrete buildings using tunnel form, crosswall or twinwall systems
• Schools. High performance buildings using concrete frames and cladding
• Shed structures: a new approach
• Specifying sustainable concrete - understanding the role of constituent materials
• Specifying sustainable concrete - using 56 day concrete strengths
• Structural design of concrete and masonry: A compendium of technical papers
• Strut-and-tie models: How to design concrete members using strut-and-tie models in accordance with Eurocode 2
• Tall buildings: Structural design of concrete buildings up to 300 m tall
• Thermal mass explained. Thermal mass: what it is, how it is used and how it is measured
• Thermal mass for housing. Concrete solutions for the changing climate
• Thermal performance: Part L1A 2013. Fabric and services options for energy and carbon compliance
• This is concrete - 70 years of Concrete Quarterly 1947-2017. Celebrating 7 decades of concrete architecture and engineering
• This is concrete - ahead of the game
• This is concrete - feelgood factory. Can concrete buildings like White Collar Factory make us healthier and happier?
• This is concrete - new ideas...and good ideas that never get old
• This is concrete - the shape of things to come
• Utilisation of thermal mass in non-residential buildings. Guidance on system design, floor types, surface finish and integration of services
• Vertical resistance. Revision 2
• Visual concrete: guidance on specification of formed concrete finishes
• Whole-life carbon and buildings: concrete solutions for reducing embodied and operational CO2
• Worked examples to Eurocode 2. For the design of in-situ concrete elements in framed buildings to BS EN 1992-1-1:2004 and its UK national annex: 2005 (includes errata 2012)
• Zero carbon performance - Cost-effective concrete and masonry homes