• About us
  • Contact us
  • Login/Register
Home
  • CQ
  • Concrete Design
    • Design codes
      • Eurocode 0
      • Eurocode 1
      • Eurocode 2
      • Eurocode 2 for bridges
      • Eurocode 6
      • BS 8500
      • BS 8110
      • BS 4449
      • BS 8666
      • BS 8297
    • Visual concrete
      • Visual in-situ concrete
      • Visual precast concrete and masonry
      • Exposed concrete floors
    • Building Regulations
      • Part L1, SAP and TFEE
    • Planning
      • National Planning Policy Framework
    • Environmental assessment
      • BES 6001 and responsible sourcing
      • BREEAM
      • CEEQUAL
      • Code for Sustainable Homes
      • Home Quality Mark (HQM)
      • Green Guide to Specification
    • Materials
      • Novel cement
      • Standards for cement, aggregates, admixtures
      • European standards for precast concrete
      • European standards for reinforcement
      • European standards for workmanship and temporary works
    • Specification
      • National Structural Concrete Specification (NSCS)
      • CE marking and concrete
  • Sectors
    • Building sectors
      • Car parks
      • Commercial
      • Education
      • Healthcare
      • Hotels
      • Industrial buildings
      • Residential: low-rise
      • Residential: high-rise
      • Retail
    • Infrastructure
      • Bridges
      • External hardstanding
      • Highways
      • Marine and coastal
    • Wind energy
      • Onshore wind energy
      • Offshore wind: Concrete gravity foundations
  • Building Elements
    • Cladding
    • Frames
      • Hybrid concrete construction
      • Modern methods of construction (MMC)
    • Floors
      • Ribbed and waffle slabs
      • Post-tensioned (PT) slabs
      • Flat slabs
      • Hollowcore slabs
      • TermoDeck
      • Floor screeds
    • Walls
      • Tilt-up construction
      • Load-bearing walls
      • Crosswall
      • Insulating concrete formwork
      • Thin joint blockwork
      • Tunnel form
      • Twinwall
    • Formwork
      • Horizontal panel systems
      • Jumpform
      • Slipform
      • System column formwork
      • Table-form or flying-form
      • Vertical panel systems
    • Foundations
      • Soil stabilisation and solidification
      • Piling
      • Retaining walls
      • Remediation of brownfield land
  • Concrete Quarterly
    • CQ Online
    • Home
  • Performance & Sustainability
    • Acoustic performance
    • Durability
    • Low energy buildings
      • Embodied carbon
      • Embodied carbon of structural frames
      • Operational and embodied carbon: housing
      • Operational and embodied carbon: commerical
    • Vibration control
    • Airtightness
    • Fire resistance
    • Thermal mass
      • Thermal mass in summer
      • Thermal mass in winter
    • Concrete Industry Sustainable Construction Strategy
      • Resource efficiency action plans (REAPs)
    • Carbonation of concrete
    • Flood resilience
    • Special concrete
      • Lightweight concrete
      • High workability concrete
      • High strength concrete
      • No-fines concrete
      • Roller-compacted concrete
      • Sprayed concrete
      • Water-resistant concrete
    • Cost & programme
      • Commercial cost study
      • Hospital cost study
      • School cost study
    • Local material
      • Responsibly sourced concrete and BES 6001
      • Ecology and biodiversity
    • Material efficiency
      • End of life recycling
      • Refurbishment, reuse and renewal
  • Case Studies
  • Events
    • Events Hub
    • Structural Concrete competition
    • Concrete Elegance lecture series
      • Concrete Elegance: Winter 2018
      • Concrete Elegance: Autumn 2018
      • Concrete Elegance: Summer 2018
      • Concrete Elegance: Spring 2018
    • On-demand webinars
    • Presentations in your office
  • Publications & Software
    • Publications library
    • RC Spreadsheets v4C
    • Concrete Quarterly: latest issue
    • CQ archive
    • Design tools and software
      • CALcrete
      • Concept
      • Dynamic thermal properties calculator
      • Passive Design Assistant tool
  • Home
  • Sectors
  • Infrastructure

Bridges

This page provides guidance and information on the benefits of concrete when used for bridges

External hardstanding

This page provides information into the benefits of concrete for external hardstanding

Highways

This page provides information and guidance on the benefits of concrete when used for highways

Marine and coastal

This page provides information into the benefits in the use of concrete for marine and coastal purposes

Forthcoming events

About us

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.

The Concrete Centre, part of the MPA

Mineral Products Association (MPA) is the trade association for aggregates, asphalt, cement, concrete, dimension stone, lime, mortar and silica sand industries.

Useful links

  • Concrete Quarterly
  • This is Concrete
  • News
  • Site map
  • Terms and conditions

Follow us

Register with us

 Security code

The Concrete Centre regularly contacts registered users with email newsletters, event invitations and updates on new guidance. If you would like to receive this information, please enter your email address and we will subscribe you to our e-news list.