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Specification
- What is concrete
  Ready-mixed concrete
  Precast
  Blocks
  Mortar
  Cementitious materials
  Calcined clay
  Aggregates
  Reinforcement
  Water
  Admixtures
- Visual concrete
  Exposed concrete floors
  Visual blockwork and masonry
  Visual in-situ concrete
  Visual precast concrete
- Special concrete
  High strength concrete
  High workability concrete
  Lightweight concrete
  No-fines concrete
  Roller-compacted concrete
  Self-compacting concrete (SCC)
  Sprayed concrete
  Water-resistant concrete
- Innovative concrete
  (P)RECAST
  Minimass
  EUREKA Project
  Self healing anti corrosion concrete
  Circle Permeable Concrete
  Essential homes
  3D printed concrete at Loughborough Uni
  3D printed two-storey home
  Bio blocks create marine habitats
  Bioreceptive concrete supports biodiversity
  BioZeroc microbe concrete
  Cambridge Electric Cement
  Carbon capture algae
  Cement from concrete demolition waste
  Cement-based batteries
  Charcoal concrete
  Graphene concrete
  Kiacrete permeable paving
  Mumbles sea hive project
  Recycled concrete paste
  Robotic formwork
  Sector progress to reduce carbon
  Self-healing concrete
  Seratech an olivine based technology
  'Smart' concrete
  Striatus 3D printed concrete
- Tools
  BIM
  CE marking and concrete
  National Structural Concrete Specification (NSCS)
Structural design
- Building sectors
  Car parks
  Commercial
  Education
  Healthcare
  Hotels
  Industrial buildings - sheds
  Residential: high-rise
  Residential: low-rise
  Retail
- Eurocode 6: masonry
- Environmental assessments
  BES 6001 and Responsible Sourcing
  BREEAM and BRE Assessment Methods
  CEEQUAL
  EPDs and EN 15804
- Framed buildings
  Hybrid concrete construction
  Modern methods of construction (MMC)
Performance & sustainability
Case studies
Concrete Quarterly magazine
Events & training
- Events & training hub
- Practice presentations & workshops
- Fresh Concrete Series 2024
  Fresh Concrete Series 2023
  Fresh Concrete Series 2022
- Sustainability Series 2024
  Week 1: Measuring and reporting carbon
  Week 2: Lower carbon concrete technology
  Week 3: Concrete's role in a circular economy
  Week 4: Sustainability - beyond carbon
  Sustainability Series 2023
  Sustainability Series 2022
- Futurebuild 2025
- On-demand webinar hub
Resources
- Specifying Sustainable Concrete
- Concrete Futures
- CQ archive
- Design tools and software
  Cost and Carbon: Concept V5
  RC Spreadsheets: V4D
  Dynamic thermal properties
  Passive design assistant
  CALcrete
- Publications library
- Resources for students and lecturers
  Architecture resources
  Student Design and Sustainability Competition
  Engineering resources
  Structural Concrete Competition
- Concrete Compass
  Biodiversity
  Climate change resilience
  Health and wellbeing
  Energy efficient buildings
  Eurocode 2
  Housing
  Low carbon concrete
  Market benchmarking
  Material efficiency
  Circular economy
  Offsite concrete construction
News

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Utilisation of Thermal Mass (London)

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Utilisation of Thermal Mass (London)

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Utilisation of Thermal Mass (London)

The Concrete Centre

Utilisation of thermal mass (Manchester)

The Concrete Centre

Utilisation of thermal mass (London)

The Concrete Centre

Utilisation of Thermal Mass (Leeds)

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Utilisation of thermal mass (Warrington)

The Concrete Centre

Utilisation of Thermal Mass & Embodied Energy (London)

The Concrete Centre

Utilisation of Thermal Mass (Edinburgh)

The Concrete Centre

Utilisation of thermal mass (London)

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.

The Concrete Centre, part of the MPA

The Mineral Products Association is the trade association for the aggregates, asphalt, cement, concrete, dimension stone, lime, mortar and industrial sand industries.

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