Alternative Cementitious Materials for Self-Compacting Concrete
- 1st Edition - May 30, 2024
- Latest edition
- Editors: Yogesh Aggarwal, Paratibha Aggarwal, Parveen Sihag, Ahmed Mohammed
- Language: English
Alternative Cementitious Materials for Self-Compacting Concrete provides a detailed review on the various properties of self-compacting concrete (SCC) and how they are affected… Read more
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Description
Description
Alternative Cementitious Materials for Self-Compacting Concrete provides a detailed review on the various properties of self-compacting concrete (SCC) and how they are affected by the use, of by-products and waste materials in concrete production. The book provides a fair comparison on the application and use of various types of materials in SCC. In addition, it includes the latest data and detailed information on modeling and soft computing techniques for the estimation of various properties of SCC as well as detailed investigations on microstructural characterization.
This book will be a valuable reference resource for materials scientists, and civil and structural engineers working in construction materials and self-compacting concrete, as well as for those working in the cement production and non-hazard waste industries.
Key features
Key features
- Includes detailed information on modeling and computational techniques for estimating SCC properties
- Provides comprehensive information on the use of waste materials and by-products in self-compacting concrete
- Covers comprehensive information on the different properties of SCC
Readership
Readership
Materials scientists, civil and structural engineers working in construction materials and self-compacting concrete, cement production industry, environmental scientists, and non-hazard waste industries, Masters and post-doctorate students in construction materials and civil engineering.
Table of contents
Table of contents
1: Introduction of Self compacting concrete
1.1 Introduction to SCC
1.2 Components of SCC
1.3 Design Methodology
1.4 Properties of SCC
1.4.1. Fresh Properties
1.4.2. Hardened Properties
1.4.3. Durability Properties
1.4.3. Microstructural Properties
1.5 Latest developments in SCC
1.6 Field Applications of SCC
References
2: Fly Ash
2.1. Introduction
2.2 Properties of Fly ash
2.2.1 Physical Properties
2.2.2 Chemical Properties
2.3 Design Methodology
2.4 Fresh Properties of SCC containing Fly ash
2.5. Hardened Properties of SCC containing Fly ash
2.6 Durability Properties of SCC containing Fly ash
2.7. Microstructural Properties of SCC containing Fly ash
2.8 Advantages of using Fly ash in SCC
References
3: Ground Granulated Blast Furnace Slag (GGBFS)
3.1. Introduction
3.2 Properties of GGBFS
3.2.1 Physical Properties
3.2.2 Chemical Properties
3.3 Design Methodology
3.4 Fresh Properties of SCC containing GGBFS
3.5. Hardened Properties of SCC containing GGBFS
3.6 Durability Properties of SCC containing GGBFS
3.7. Microstructural Properties of SCC containing GGBFS
3.8 Advantages of using GGBFS in SCC
References
4: Metakaolin
4.1. Introduction
4.2 Properties of Metakaolin
4.2.1 Physical Properties
4.2.2 Chemical Properties
4.3 Design Methodology
4.4 Fresh Properties of SCC containing Metakaolin
4.5. Hardened Properties of SCC containing Metakaolin
4.6 Durability Properties of SCC containing Metakaolin
4.7. Microstructural Properties of SCC containing Metakaolin
4.8 Advantages of using Metakaolin in SCC
References
5: Recycled /Waste Plastic
5.1. Introduction
5.2 Properties of Recycled /Waste Plastic
5.2.1 Physical Properties
5.2.2 Chemical Properties
5.3 Design Methodology
5.4 Fresh Properties of SCC containing Recycled /Waste Plastic
5.5. Hardened Properties of SCC containing Recycled /Waste Plastic
5.6 Durability Properties of SCC containing Recycled /Waste Plastic
5.7. Microstructural Properties of SCC containing Recycled /Waste Plastic
5.8 Advantages of using Recycled /Waste Plastic in SCC
References
6: Silica
6.1. Introduction
6.2 Properties of Silica
6.2.1 Physical Properties
6.2.2 Chemical Properties
6.3 Design Methodology
6.4 Fresh Properties of SCC containing Silica
6.5 Hardened Properties of SCC containing Silica
6.6 Durability Properties of SCC containing Silica
6.7 Microstructural Properties of SCC containing Silica
6.8 Advantages of using Silica in SCC
References
7: Waste Glass
7.1. Introduction
7.2 Properties of Waste Glass
7.2.1 Physical Properties
7.2.2 Chemical Properties
7.4 Design Methodology
7.5 Fresh Properties of SCC containing Waste Glass
7.6. Hardened Properties of SCC containing Waste Glass
7.7 Durability Properties of SCC containing Waste Glass
7.8. Microstructural Properties of SCC containing Waste Glass
7.9 Advantages of using Waste Glass in SCC
References
8: Coal Ash
8.1. Introduction
8.2 Properties of Coal Ash
8.2.1 Physical Properties
8.2.2 Chemical Properties
8.3 Design Methodology
8.4 Fresh Properties of SCC containing Coal Ash
8.5. Hardened Properties of SCC containing Coal Ash
8.6 Durability Properties of SCC containing Coal Ash
8.7. Microstructural Properties of SCC containing Coal Ash
8.8 Advantages of using Coal Ash in SCC
References
9: Rice Husk Ash
9.1. Introduction
9.2 Properties of Rice Husk Ash
9.2.1 Physical Properties
9.2.2 Chemical Properties
9.3 Design Methodology
9.4 Fresh Properties of SCC containing Rice Husk Ash
9.5 Hardened Properties of SCC containing Rice Husk Ash
9.6 Durability Properties of SCC containing Rice Husk Ash
9.7. Microstructural Properties of SCC containing Rice Husk Ash
9.8 Advantages of using Rice Husk Ash in SCC
References
10: Cement Kiln Dust
10.1. Introduction
10.2 Properties of Cement Kiln Dust
10.2.1 Physical Properties
10.2.2 Chemical Properties
10.3. Design Methodology
10.4 Fresh Properties of SCC containing Cement Kiln Dust
10.5 Hardened Properties of SCC containing Cement Kiln Dust
10.6 Durability Properties of SCC containing Cement Kiln Dust
10.7. Microstructural Properties of SCC containing Cement Kiln Dust
10.8 Advantages of using Cement Kiln Dust in SCC
References
11: Foundry Sand
11.1. Introduction
11.2 Properties of Foundry Sand
11.2.1 Physical Properties
11.2.2 Chemical Properties
11.3 Design Methodology
11.4 Fresh Properties of SCC containing Foundry Sand
11.5. Hardened Properties of SCC containing Foundry Sand
11.6 Durability Properties of SCC containing Foundry Sand
11.7. Microstructural Properties of SCC containing Foundry Sand
11.8 Advantages of using Fly ash in SCC
References
12: Waste Concrete recycling Material
12.1. Introduction
12.2 Properties of Waste Concrete recycling Material
12.2.1 Physical Properties
12.2.2 Chemical Properties
12.3 Design Methodology
12.4 Fresh Properties of SCC containing Waste Concrete recycling Material
12.5. Hardened Properties of SCC containing Waste Concrete recycling Material
12.6 Durability Properties of SCC containing Waste Concrete recycling Material
12.7. Microstructural Properties of SCC containing Waste Concrete recycling Material
12.8 Advantages of using Waste Concrete recycling Material in SCC
References
13: Machine Learning and soft computing-based techniques
2.1. Introduction
2.2 Artificial neural network(ANN)
2.3 Adaptive neuro fuzzy inference system
2.3.1 Detail of membership functions
2.4 Support vector machine
2.4.1 Detail of kernel function
2.4 Gaussian Process Regression
2.5 M5P
2.6 Random Forest
2.7 Random Tree
2.8 Bagged approach
2.9 Stochastic approach
2.10 Gene Expression Programming (GEP)
2.11 Multivariate adaptive regression splines (MARS)
2.12 Group method of data handling (GMDH).
References
1.1 Introduction to SCC
1.2 Components of SCC
1.3 Design Methodology
1.4 Properties of SCC
1.4.1. Fresh Properties
1.4.2. Hardened Properties
1.4.3. Durability Properties
1.4.3. Microstructural Properties
1.5 Latest developments in SCC
1.6 Field Applications of SCC
References
2: Fly Ash
2.1. Introduction
2.2 Properties of Fly ash
2.2.1 Physical Properties
2.2.2 Chemical Properties
2.3 Design Methodology
2.4 Fresh Properties of SCC containing Fly ash
2.5. Hardened Properties of SCC containing Fly ash
2.6 Durability Properties of SCC containing Fly ash
2.7. Microstructural Properties of SCC containing Fly ash
2.8 Advantages of using Fly ash in SCC
References
3: Ground Granulated Blast Furnace Slag (GGBFS)
3.1. Introduction
3.2 Properties of GGBFS
3.2.1 Physical Properties
3.2.2 Chemical Properties
3.3 Design Methodology
3.4 Fresh Properties of SCC containing GGBFS
3.5. Hardened Properties of SCC containing GGBFS
3.6 Durability Properties of SCC containing GGBFS
3.7. Microstructural Properties of SCC containing GGBFS
3.8 Advantages of using GGBFS in SCC
References
4: Metakaolin
4.1. Introduction
4.2 Properties of Metakaolin
4.2.1 Physical Properties
4.2.2 Chemical Properties
4.3 Design Methodology
4.4 Fresh Properties of SCC containing Metakaolin
4.5. Hardened Properties of SCC containing Metakaolin
4.6 Durability Properties of SCC containing Metakaolin
4.7. Microstructural Properties of SCC containing Metakaolin
4.8 Advantages of using Metakaolin in SCC
References
5: Recycled /Waste Plastic
5.1. Introduction
5.2 Properties of Recycled /Waste Plastic
5.2.1 Physical Properties
5.2.2 Chemical Properties
5.3 Design Methodology
5.4 Fresh Properties of SCC containing Recycled /Waste Plastic
5.5. Hardened Properties of SCC containing Recycled /Waste Plastic
5.6 Durability Properties of SCC containing Recycled /Waste Plastic
5.7. Microstructural Properties of SCC containing Recycled /Waste Plastic
5.8 Advantages of using Recycled /Waste Plastic in SCC
References
6: Silica
6.1. Introduction
6.2 Properties of Silica
6.2.1 Physical Properties
6.2.2 Chemical Properties
6.3 Design Methodology
6.4 Fresh Properties of SCC containing Silica
6.5 Hardened Properties of SCC containing Silica
6.6 Durability Properties of SCC containing Silica
6.7 Microstructural Properties of SCC containing Silica
6.8 Advantages of using Silica in SCC
References
7: Waste Glass
7.1. Introduction
7.2 Properties of Waste Glass
7.2.1 Physical Properties
7.2.2 Chemical Properties
7.4 Design Methodology
7.5 Fresh Properties of SCC containing Waste Glass
7.6. Hardened Properties of SCC containing Waste Glass
7.7 Durability Properties of SCC containing Waste Glass
7.8. Microstructural Properties of SCC containing Waste Glass
7.9 Advantages of using Waste Glass in SCC
References
8: Coal Ash
8.1. Introduction
8.2 Properties of Coal Ash
8.2.1 Physical Properties
8.2.2 Chemical Properties
8.3 Design Methodology
8.4 Fresh Properties of SCC containing Coal Ash
8.5. Hardened Properties of SCC containing Coal Ash
8.6 Durability Properties of SCC containing Coal Ash
8.7. Microstructural Properties of SCC containing Coal Ash
8.8 Advantages of using Coal Ash in SCC
References
9: Rice Husk Ash
9.1. Introduction
9.2 Properties of Rice Husk Ash
9.2.1 Physical Properties
9.2.2 Chemical Properties
9.3 Design Methodology
9.4 Fresh Properties of SCC containing Rice Husk Ash
9.5 Hardened Properties of SCC containing Rice Husk Ash
9.6 Durability Properties of SCC containing Rice Husk Ash
9.7. Microstructural Properties of SCC containing Rice Husk Ash
9.8 Advantages of using Rice Husk Ash in SCC
References
10: Cement Kiln Dust
10.1. Introduction
10.2 Properties of Cement Kiln Dust
10.2.1 Physical Properties
10.2.2 Chemical Properties
10.3. Design Methodology
10.4 Fresh Properties of SCC containing Cement Kiln Dust
10.5 Hardened Properties of SCC containing Cement Kiln Dust
10.6 Durability Properties of SCC containing Cement Kiln Dust
10.7. Microstructural Properties of SCC containing Cement Kiln Dust
10.8 Advantages of using Cement Kiln Dust in SCC
References
11: Foundry Sand
11.1. Introduction
11.2 Properties of Foundry Sand
11.2.1 Physical Properties
11.2.2 Chemical Properties
11.3 Design Methodology
11.4 Fresh Properties of SCC containing Foundry Sand
11.5. Hardened Properties of SCC containing Foundry Sand
11.6 Durability Properties of SCC containing Foundry Sand
11.7. Microstructural Properties of SCC containing Foundry Sand
11.8 Advantages of using Fly ash in SCC
References
12: Waste Concrete recycling Material
12.1. Introduction
12.2 Properties of Waste Concrete recycling Material
12.2.1 Physical Properties
12.2.2 Chemical Properties
12.3 Design Methodology
12.4 Fresh Properties of SCC containing Waste Concrete recycling Material
12.5. Hardened Properties of SCC containing Waste Concrete recycling Material
12.6 Durability Properties of SCC containing Waste Concrete recycling Material
12.7. Microstructural Properties of SCC containing Waste Concrete recycling Material
12.8 Advantages of using Waste Concrete recycling Material in SCC
References
13: Machine Learning and soft computing-based techniques
2.1. Introduction
2.2 Artificial neural network(ANN)
2.3 Adaptive neuro fuzzy inference system
2.3.1 Detail of membership functions
2.4 Support vector machine
2.4.1 Detail of kernel function
2.4 Gaussian Process Regression
2.5 M5P
2.6 Random Forest
2.7 Random Tree
2.8 Bagged approach
2.9 Stochastic approach
2.10 Gene Expression Programming (GEP)
2.11 Multivariate adaptive regression splines (MARS)
2.12 Group method of data handling (GMDH).
References
Product details
Product details
- Edition: 1
- Latest edition
- Published: May 30, 2024
- Language: English
About the editors
About the editors
YA
Yogesh Aggarwal
Yogesh Aggarwal is currently working as an Assistant Professor in the Civil Engineering Department, at the National Institute of Technology, Kurukshetra, Haryana (India). He completed his Ph.D. from the National Institute of Technology, Kurukshetra, Haryana (India) and has more than 75 research articles to his credit
Affiliations and expertise
Civil Engineering Department, National Institute of Technology, Haryana, IndiaPA
Paratibha Aggarwal
Paratibha Aggarwal is currently working as a Professor in the Civil Engineering Department, at the National Institute of Technology, Kurukshetra, Haryana (India). She completed her Ph.D. from the National Institute of Technology, Kurukshetra and has more than 80 research articles to her credit.
Affiliations and expertise
Civil Engineering Department, National Institute of Technology, Haryana, IndiaPS
Parveen Sihag
Currently working as Assistant Professor in Civil Engineering Department, Shoolini University, Solan-173229, Himachal Pradesh, India. Dr. Sihag has more than 65 research articles in his credit. He completed his Ph.D. from National Institute of Technology, Kurukshetra -136119.
Affiliations and expertise
Civil Engineering Department, Shoolini University, Solan, IndiaAM
Ahmed Mohammed
Ahmed Mohammed works in the Civil Engineering Department at the University of Sulaimani, Kurdistan, Iraq.
Affiliations and expertise
Civil Engineering Department, University of Sulaimani, Kurdistan, IraqView book on ScienceDirect
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