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Specification
What is concrete
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Innovative concrete
Ureaka
Auxetic Formwork
Marine Ecosystem Renewal
Variable Density Concrete
Recycled steel fibre 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-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
CE marking for engineers
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Providing enough thermal mass in naturally ventilated buildings
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Achieving cast in situ visual concrete
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Building tall with concrete
Carbon terminology explained - an update
Circular Concrete in Action
Circular economy: strategies for concrete buildings
CIRIA C766 and the control of cracking
Compressive strength: Assessing in-situ concrete
Concept: How to use
Concrete and masonry dwellings - Part L 2021
Concrete Frames Explained
Concrete Futures lecture: Embracing ecological principles in infrastructure design
Concrete Futures: Carbon negative cementitious material, 3D printing and graphene-enhanced admixture
Concrete Futures: Next Generation Concrete
Digital innovation for a low carbon future
Concrete in Practice: Decarbonisation at One North Quay, London
Concrete in Practice: Reducing carbon emissions at Bristol’s Temple Quarter
Creating concrete with a natural appearance
Decarbonising UK Cement and Concrete
Design and Detailing to Eurocode 2
Developments in specifying lower carbon concretes
Embedding climate change resilience using masonry
Energy-efficient design using concrete and masonry
Evolving uses for concrete construction demolition waste
Exposing concrete structure: A material efficient and low carbon strategy
Fire resistance for property and life safety
Formwork for ribbed and waffle slabs
Healthy, resilient homes and buildings
How to: TCC13 punching shear spreadsheet
How to: TCC53 column design spreadsheet
How to: TCC82 pile cap design spreadsheet
Innovative Concrete: Advancements in Housing Solutions
Introduction to Eurocode 2
Introduction to the second generation Eurocode 2
Introduction to Visual Concrete
Low carbon cements
Lower carbon concretes in BS 8500:2023
Material efficient concrete frames
MPA Sector EPDs for cement and ready-mixed concrete
Overheating and Part O
Overheating in housing
Passivhaus projects in concrete
Planning a basement for housing
Post-tensioned (PT) concrete floors
Post-tensioned concrete: latest guidance
Precast & Masonry Expo 2026
Rebar detailing to Eurocode 2
Rethinking concrete flood defences
Ribbed and waffle slabs - Structural design and detailing
Session 1: Making better use of recycled concrete demolition waste: Context
Session 2: Making better use of recycled concrete demolition waste: Exploring new uses
Session 3: Making better use of recycled concrete demolition waste: Unlocking progress
Specifying concrete using NSCS (fifth edition)
Specifying durable, lower carbon concrete
Structural Concrete Competition Awards 2026
Structural Concrete Competition Q&A
Structural design of concrete elements for fire
Student Design & Sustainability Competition 2026 - Live Q&A Webinar
Student Design & Sustainability Competition 2027 - Live Q&A Webinar
Supporting biodiversity and nature using concrete
Sustainability Series: Sustainable precast concrete design
Sustainability Series: Carbon classifications and alignment with BS 8500 and EN206-1:2026
Sustainability Series: Where do I start with specifying lower carbon concrete?
Sustainability Series: Designing in resilience
Sustainability Series: Recycled aggregates in concrete - A Cardiff case study
Sustainability Series: The evolution of circular cements
Sustainability Series 2025: Refurbishment and innovative re-use of concrete structures (Week 4)
Sustainability Series FOCUS: Carbon Capture and Storage at Padeswood (Week 1)
Sustainability Series FOCUS: In-transit concrete monitoring (Week 1)
Sustainability Series FOCUS: Recycled Concrete Fines (Week 4)
Sustainability Series FOCUS: Smart Concrete Sensors & Predictive AI (Week 1)
Sustainability Series FOCUS: Specifying concrete using the TCC-BS 8500 tool (Week 2)
Sustainability Series: Accelerating decarbonisation of cement and concrete (Week 1)
Sustainability Series: Carbon capture in the cement sector (Week 4)
Sustainability Series: Concrete decarbonisation through collaboration (week 1)
Sustainability Series: Design and specification interventions to save carbon using concrete (Week 2)
Sustainability Series: Detailing thermal performance (Week 4)
Sustainability Series: Developing concrete to support a more circular economy (Week 3)
Sustainability Series: Energy efficient homes – some contemporary solutions (Week 3)
Sustainability Series: High Performance Masonry Housing (Week 6)
Sustainability Series: Lean and material efficient design (Week 2)
Sustainability Series: Low Carbon Precast Concrete and Masonry (Week 6)
Sustainability Series: Lower Carbon Concretes – Revision of BS 8500 (Week 3)
Sustainability Series: Modular concrete: recent leaner and lower carbon developments (Week 2)
Sustainability Series: Precast Concrete: Durability, resilience and circular economy (Week 6)
Sustainability Series: Property level flood resilience (PLFR) (Week 3)
Sustainability Series: Resilience and Support of Nature (Week 3)
Sustainability Series: Reuse and design for reuse of concrete structures (Week 5)
Sustainability Series: Sustainability - beyond carbon (Week 4)
Sustainability Series: The changing landscape of Supplementary Cementitious Materials (Week 2, P1)
Sustainability Series: The changing landscape of Supplementary Cementitious Materials (Week 2, P2)
Sustainability Series: UK Concrete Industry Sustainable Construction Strategy (Week 6)
Sustainable schools
The Built-in Benefits of Masonry Homes
The changing face of supplementary cementitious materials (SCMs)
The Concrete Centre: Resources for structural engineers
The evolution of concrete architecture from a circular economy perspective
Thermal mass explained
Understanding and implementing second generation Eurocode 2
Understanding the embodied carbon of homes using the Future Homes Hub WLC tool
Visual concrete: Achieving texture, colour and pattern
Visual Concrete: Formwork
Wholelife carbon and buildings
Fresh Concrete Series 2024
Fresh Concrete Series 2023
Fresh Concrete Series 2022
Futurebuild 2026
Concrete in Practice series
On-demand webinar hub
Practice presentations & workshops
Sustainability Series 2026
Week 1: Saving carbon through design
Week 2: Specifying low carbon concrete
Sustainability Series 2025
Week 1: Accelerating decarbonisation of cement and concrete
Week 2: Design and specification interventions to reduce carbon
Week 3: Climate change resilience and support of nature
Week 4: Circular Concrete
Resources
Specifying Sustainable Concrete
CQ archive
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Publications library
A Design Guide for Footfall Induced Vibration of Structures
A Review of Marine Environmental Considerations Associated with Concrete Gravity Base Foundations
Basements for Housing
Basements: Costs
Basements: Ground Gases and Structural Waterproofing
Basements: The Hidden Potential
Basements: Thermal Performance
Best Practice Guide for Hybrid Concrete Construction
BS 8102:2022 An overview of changes to basement waterproofing guidance
Comparison of embodied carbon in concrete structural systems
Concept Design Tool - Version 5
Concise Eurocode 2
Concise Eurocode 2 for Bridges
Concrete and BREEAM
Concrete and Fire Safety
Concrete and Flooding
Concrete Assurance
Concrete Basements
Concrete Bridges
Concrete Buildings Scheme Design Manual to Eurocode 2
Concrete Buildings Scheme Design Manual - BS 8110 version
Concrete Floor Solutions for Passive and Active Cooling
Concrete Footbridges
Concrete Frame
Concrete Frames Explained
Concrete Futures, spring 2024
Concrete Futures, spring 2023
Concrete Futures, spring 2025
Concrete Futures, spring 2026
Concrete Futures: Decarb Nation
Concrete Futures: Remixed
Concrete Gravity Foundations for Offshore Wind
Concrete Logistics
Concrete Quarterly: summer 2023
Concrete Quarterly: technical compendium 2020-2021
Concrete Quarterly: Visual Concrete Focus
Concrete Solutions for Wind Tower Foundations
Concrete Structures 10
Concrete Structures 2005
Concrete Structures 6
Concrete Structures 7
Concrete Structures 8
Concrete Structures 9
Concrete Tall Buildings
Concrete Towers for Onshore and Offshore Wind Farms
Concreting for improved speed and efficiency
Cost Model Study - Commercial Buildings
Cost Model Study - Hospital Buildings
Cost Model Study - School Buildings
Concrete Quarterly Focus 2022
CQ Focus: Housing
CQ Focus: Innovation
CQ Focus: Reuse
Decarbonising precast concrete through design
Design and Construction using Insulating Concrete Formwork
Design of Hybrid Concrete Buildings
Designing for Safer Concrete Structures
Dynamic Thermal Properties Calculator
Early Age Concrete Strength Assessment
Early Age Construction Loading
Early age strength assessment of concrete on site
Early striking and improved backpropping for efficient flat slab construction
Economic Concrete Frame Elements to Eurocode 2
Embodied carbon of concrete – Market Benchmark (2023)
Embodied carbon of concrete – Market Benchmark (2024)
Embodied carbon of concrete - Market Benchmark (2025)
Embodied carbon of concrete - Market Benchmark (2026)
Embodied carbon values for cement and concrete products
Fire Performance: assessing concrete structures for reuse
Flat slabs for efficient concrete construction
Formwork for Modern Efficient Concrete Construction
Guidance Document - Basements for Dwellings
Hospital Construction
Hospital Floor Vibration Study
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 to Eurocode 2 - The Compendium (Second edition)
How to design concrete structures using Eurocode 2: BS 8500 for building and civil structures
How to design concrete structures using Eurocode 2: Detailing
How to design masonry structures to Eurocode 6
How to design reinforced concrete flat slabs using Finite Element Analysis
Hybrid Concrete Construction
Hydraulically-bound Mixtures for Pavements
Improving concrete frame construction
Improving rebar information and supply
Insulating Concrete Formwork
Insulating Concrete Formwork (ICF)
Lessons Learned from the Barratt Green House
Life cycle carbon analysis of a six-storey residential building
Making Better Use of Recycled Concrete
Masonry
Masonry Construction Explained
Material Efficiency
Model Specification for the Design & Performance of Post-tensioned Concrete Floors
Multi-storey Concrete Car Parks
Office Cost Study
Offsite Concrete Construction
Designing to Avoid Overheating
Performance of Concrete Structures in Fire
Post-tensioned Concrete Floors
RC Spreadsheets V4D - 100 user licenses
RC Spreadsheets V4D: 10 user licences
RC Spreadsheets V4D: 200 user licenses
RC Spreadsheets V4D: 50 user licences
RC Spreadsheets V4D - Update for licence holders
RC Spreadsheets V4D: single user licence
Practical Yield Line Design
Prefabricated punching shear reinforcement for reinforced concrete flat slabs
Project Profile - Coin Street Neighbourhood Centre
Properties of Concrete for use in Eurocode 2
Rationalisation of flat slab reinforcement
RC Spreadsheets V4 - Trial
RC Spreadsheets V4D: 300 user licenses
Reducing carbon and cost of reinforcement
Remediating Brownfield Land Using Cement and Lime
Basements: Waterproofing
Residential Cellular Concrete Buildings
Schools
Shed Structures: a new approach
Special concretes
Specifying Sustainable Concrete
Specifying Sustainable Concrete: Aggregates
Specifying Sustainable Concrete: BS 8500
Specifying Sustainable Concrete: Cements
Specifying Sustainable Concrete: Embodied carbon
Specifying Sustainable Concrete: Key considerations for specifying lower carbon concrete
Specifying Sustainable Concrete: Reinforcement
St George Wharf Project Overview
Structural Design of Concrete and Masonry: a compendium of technical papers
Strut-and-tie Models
Summary of 2017 Concrete Performance Indicators
Summary: Marine Environmental Considerations Associated with Concrete Gravity Base Foundations
Specifying Sustainable Concrete: Supplementary Cementitious Materials
Tall Buildings
TCC-BS 8500 Tool
The 14th Concrete Industry Sustainability Performance Report
The Essential Guide to the Remediation of Brownfield Land
The Ninth Concrete Industry Sustainability Performance Report
The Thirteenth Concrete Industry Sustainability Performance Report
The Twelfth Concrete Industry Sustainability Performance Report
The World Recast
Thermal Mass Explained
Thermal Mass for Housing
70 Years of Concrete Quarterly magazine
New Ideas and Good Ideas That Never Get Old magazine
Ahead of the Game magazine
Ten Years, Ten Insights magazine
The Feelgood Factory magazine
The Shape of Things To Come magazine
Secrets of a Long Life magazine
Specifying Sustainable Concrete: Using 56 Day Concrete Strengths
Utilisation of Thermal Mass in Non Residential Buildings
U-values for concrete and masonry external walling systems and materials
Visual Concrete
Whole-life Carbon and Buildings
Worked Examples to Eurocode 2
Zero Carbon Performance - cost-effective concrete and masonry homes
Errata
Concrete Compass
Biodiversity
Carbon data for project LCA
Circular economy
Climate change resilience
Energy efficient buildings
Eurocode 2
Health and wellbeing
Housing
How to use GGBS efficiently
Lower carbon concrete
Market benchmarking
Material efficiency
Offsite concrete construction
Water
Concrete Futures
Design tools and software
Cost and Carbon: Concept V5
TCC-BS 8500 software tool
RC Spreadsheets: V4D
RC Spreadsheets: V4D6 contents
Dynamic thermal properties
Passive design assistant
CALcrete
Resources for students and lecturers
Architecture resources
Student Design and Sustainability Competition
2026 competition winners
Engineering resources
Structural Concrete Competition
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