This module includes the following lessons:
Course Content
Lessons
Status
3
3.02 Sustainability
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3.02.00 Contents
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3.02.01 Objectives and summary
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3.02.02 Introduction
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3.02.03 Thermal mass
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3.02.04 Portland cement and atmospheric carbon dioxide
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3.02.05 Non-Portland cements
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3.02.06 Responsible sourcing and the construction industry
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3.02.07 Aggregate extraction and biodiversity
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3.02.08 Life cycle analysis and concrete construction
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3.02.09 Environmental management systems
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3.02.10 End of unit self-test
- 3.02.00 Contents
- 3.02.01 Objectives and summary
- 3.02.02 Introduction
- 3.02.03 Thermal mass
- 3.02.04 Portland cement and atmospheric carbon dioxide
- 3.02.05 Non-Portland cements
- 3.02.06 Responsible sourcing and the construction industry
- 3.02.07 Aggregate extraction and biodiversity
- 3.02.08 Life cycle analysis and concrete construction
- 3.02.09 Environmental management systems
- 3.02.10 End of unit self-test
4
3.03 Cement hydration and shrinkage compensation
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3.03.00 Contents
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3.03.01 Summary and ICT learning objectives
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3.03.02 Hydration of Portland cements: Introduction
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3.03.03 Composition of CEM I
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3.03.04 Hydration of CEM I
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3.03.05 Structure of hardened cement paste
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3.03.06 Hydration of blends of CEM I and additions
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3.03.07 Shrinkage-compensating cements: Introduction
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3.03.08 Hydration of shrinkage-compensating cement
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3.03.09 Types of shrinkage-compensating and expansive cements
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3.03.10 Proportioning and handling shrinkage-compensating concretes
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3.03.11 Properties of shrinkage-compensating concrete
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3.03.12 Design measures for shrinkage-compensating concrete
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3.03.13 Applications of shrinkage-compensating concrete
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3.03.14 End of unit self-test
- 3.03.00 Contents
- 3.03.01 Summary and ICT learning objectives
- 3.03.02 Hydration of Portland cements: Introduction
- 3.03.03 Composition of CEM I
- 3.03.04 Hydration of CEM I
- 3.03.05 Structure of hardened cement paste
- 3.03.06 Hydration of blends of CEM I and additions
- 3.03.07 Shrinkage-compensating cements: Introduction
- 3.03.08 Hydration of shrinkage-compensating cement
- 3.03.09 Types of shrinkage-compensating and expansive cements
- 3.03.10 Proportioning and handling shrinkage-compensating concretes
- 3.03.11 Properties of shrinkage-compensating concrete
- 3.03.12 Design measures for shrinkage-compensating concrete
- 3.03.13 Applications of shrinkage-compensating concrete
- 3.03.14 End of unit self-test
7
3.06 Alternative reinforcing materials and corrosion-resistant reinforcement
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3.06.00 Contents
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3.06.01 Summary and ICT Learning Objectives
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3.06.02 Introduction
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3.06.07 Fibres
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3.06.03 Non-ferrous reinforcement – fibre reinforced plastic
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3.06.04 Stainless steel reinforcement
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3.06.05 Galvanized steel reinforcement
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3.06.06 Epoxy coated steel reinforcement
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3.06.08 End of unit self-test
- 3.06.00 Contents
- 3.06.01 Summary and ICT Learning Objectives
- 3.06.02 Introduction
- 3.06.07 Fibres
- 3.06.03 Non-ferrous reinforcement – fibre reinforced plastic
- 3.06.04 Stainless steel reinforcement
- 3.06.05 Galvanized steel reinforcement
- 3.06.06 Epoxy coated steel reinforcement
- 3.06.08 End of unit self-test
9
3.08 Self-compacting concrete
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3.08.00 Contents
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3.08.01 Summary and Objectives
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3.08.02 Introduction
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3.08.03 Fresh properties
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3.08.04 Setting and early age properties
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3.08.05 Hardened mechanical properties
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3.08.06 Durability
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3.08.07 Advantages
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3.08.08 Limitations and disadvantages
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3.08.09 Applications
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3.08.10 Mix design
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3.08.11 Test methods
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3.08.12 Specification
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3.08.13 Interpretation
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3.08.14 End of unit self-test
- 3.08.00 Contents
- 3.08.01 Summary and Objectives
- 3.08.02 Introduction
- 3.08.03 Fresh properties
- 3.08.04 Setting and early age properties
- 3.08.05 Hardened mechanical properties
- 3.08.06 Durability
- 3.08.07 Advantages
- 3.08.08 Limitations and disadvantages
- 3.08.09 Applications
- 3.08.10 Mix design
- 3.08.11 Test methods
- 3.08.12 Specification
- 3.08.13 Interpretation
- 3.08.14 End of unit self-test
QuizzesStatus