High-Tech Concrete Materials
portes grátis
High-Tech Concrete Materials
Design, Preparation, and Applications
Wang, Fazhou; Hu, Shuguang
Wiley-VCH Verlag GmbH
04/2026
384
Dura
Inglês
9783527353552
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
Preface xv
About the Book xvii
1 Introduction 1
1.1 Overview 1
1.2 Brief History of High-tech Concrete Development 2
1.3 Challenges and Opportunities for Concrete Materials 10
1.4 Technical Characteristics and Research Content of High-tech Concrete 11
2 Cementitious Material for High-tech Concrete 17
2.1 Characteristics of High-tech Concrete 17
2.2 Types of Cementitious Materials for High-tech Concrete 19
2.3 Mechanism and Properties of Cementitious Materials for High-tech Concrete 27
2.4 Prospects for Design and Development of Composite Cementitious Materials 54
3 Functional Materials for High-tech Concrete 59
3.1 Concrete Admixtures 59
3.2 Polymer Materials 67
3.3 Fiber Material 74
3.4 Ultra-fine Powder 77
3.5 Nano-seeds 81
3.6 Internal Curing Functional Materials 85
3.7 Functional Aggregates 101
4 Ultra-high-strength Concrete 119
4.1 Macro-defect Free Cement 119
4.2 Densified System Containing Homogeneously Arranged Ultrafine Particles 122
4.3 Compact Reinforced Composite 124
4.4 Reactive Powder Concrete 127
4.5 Reinforcement Mechanism of Ultra-high-strength Cementitious Composite 131
5 Ultra-high-performance Concrete 141
5.1 Overview of Ultra-high-performance Concrete 141
5.2 Design of Ultra-high-performance Concrete 144
5.3 Physical and Mechanical Properties of Ultra-high-performance Concrete (UHPC) 155
5.4 Volumetric Stability of Ultra-high-performance Concrete 169
5.5 Durability Properties of Ultra-high-performance Concrete 183
5.6 Novel Ultra-high-performance Concrete 190
5.7 Application of Ultra-high-performance Concrete for Municipal Solid Waste Pre-treatment Plants 199
6 High-performance Composite Structural Concrete 207
6.1 Concrete-filled Steel Tubes Combination Material 207
6.2 Steel-concrete/Asphalt Composite Bridge Deck Paving Structural Materials 234
6.3 Composite Materials for Structural/Functional Tunnel Concrete 264
6.4 High-strength Lightweight Aggregate Concrete 296
7 Novel Functional Concrete Technologies 339
7.1 Recyclable Cement and Concrete 339
7.2 Resin Aggregate Concrete 344
7.3 CO2-driven 3D Printing Concrete 353
Index 363
About the Book xvii
1 Introduction 1
1.1 Overview 1
1.2 Brief History of High-tech Concrete Development 2
1.3 Challenges and Opportunities for Concrete Materials 10
1.4 Technical Characteristics and Research Content of High-tech Concrete 11
2 Cementitious Material for High-tech Concrete 17
2.1 Characteristics of High-tech Concrete 17
2.2 Types of Cementitious Materials for High-tech Concrete 19
2.3 Mechanism and Properties of Cementitious Materials for High-tech Concrete 27
2.4 Prospects for Design and Development of Composite Cementitious Materials 54
3 Functional Materials for High-tech Concrete 59
3.1 Concrete Admixtures 59
3.2 Polymer Materials 67
3.3 Fiber Material 74
3.4 Ultra-fine Powder 77
3.5 Nano-seeds 81
3.6 Internal Curing Functional Materials 85
3.7 Functional Aggregates 101
4 Ultra-high-strength Concrete 119
4.1 Macro-defect Free Cement 119
4.2 Densified System Containing Homogeneously Arranged Ultrafine Particles 122
4.3 Compact Reinforced Composite 124
4.4 Reactive Powder Concrete 127
4.5 Reinforcement Mechanism of Ultra-high-strength Cementitious Composite 131
5 Ultra-high-performance Concrete 141
5.1 Overview of Ultra-high-performance Concrete 141
5.2 Design of Ultra-high-performance Concrete 144
5.3 Physical and Mechanical Properties of Ultra-high-performance Concrete (UHPC) 155
5.4 Volumetric Stability of Ultra-high-performance Concrete 169
5.5 Durability Properties of Ultra-high-performance Concrete 183
5.6 Novel Ultra-high-performance Concrete 190
5.7 Application of Ultra-high-performance Concrete for Municipal Solid Waste Pre-treatment Plants 199
6 High-performance Composite Structural Concrete 207
6.1 Concrete-filled Steel Tubes Combination Material 207
6.2 Steel-concrete/Asphalt Composite Bridge Deck Paving Structural Materials 234
6.3 Composite Materials for Structural/Functional Tunnel Concrete 264
6.4 High-strength Lightweight Aggregate Concrete 296
7 Novel Functional Concrete Technologies 339
7.1 Recyclable Cement and Concrete 339
7.2 Resin Aggregate Concrete 344
7.3 CO2-driven 3D Printing Concrete 353
Index 363
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
high-tech concrete; concrete materials; structural concrete; functional concrete; ultra-high-performance concrete; composite concrete; concrete sustainability; concrete design; construction engineering; materials science; civil engineering; nano concrete; advanced cement-based materials
Preface xv
About the Book xvii
1 Introduction 1
1.1 Overview 1
1.2 Brief History of High-tech Concrete Development 2
1.3 Challenges and Opportunities for Concrete Materials 10
1.4 Technical Characteristics and Research Content of High-tech Concrete 11
2 Cementitious Material for High-tech Concrete 17
2.1 Characteristics of High-tech Concrete 17
2.2 Types of Cementitious Materials for High-tech Concrete 19
2.3 Mechanism and Properties of Cementitious Materials for High-tech Concrete 27
2.4 Prospects for Design and Development of Composite Cementitious Materials 54
3 Functional Materials for High-tech Concrete 59
3.1 Concrete Admixtures 59
3.2 Polymer Materials 67
3.3 Fiber Material 74
3.4 Ultra-fine Powder 77
3.5 Nano-seeds 81
3.6 Internal Curing Functional Materials 85
3.7 Functional Aggregates 101
4 Ultra-high-strength Concrete 119
4.1 Macro-defect Free Cement 119
4.2 Densified System Containing Homogeneously Arranged Ultrafine Particles 122
4.3 Compact Reinforced Composite 124
4.4 Reactive Powder Concrete 127
4.5 Reinforcement Mechanism of Ultra-high-strength Cementitious Composite 131
5 Ultra-high-performance Concrete 141
5.1 Overview of Ultra-high-performance Concrete 141
5.2 Design of Ultra-high-performance Concrete 144
5.3 Physical and Mechanical Properties of Ultra-high-performance Concrete (UHPC) 155
5.4 Volumetric Stability of Ultra-high-performance Concrete 169
5.5 Durability Properties of Ultra-high-performance Concrete 183
5.6 Novel Ultra-high-performance Concrete 190
5.7 Application of Ultra-high-performance Concrete for Municipal Solid Waste Pre-treatment Plants 199
6 High-performance Composite Structural Concrete 207
6.1 Concrete-filled Steel Tubes Combination Material 207
6.2 Steel-concrete/Asphalt Composite Bridge Deck Paving Structural Materials 234
6.3 Composite Materials for Structural/Functional Tunnel Concrete 264
6.4 High-strength Lightweight Aggregate Concrete 296
7 Novel Functional Concrete Technologies 339
7.1 Recyclable Cement and Concrete 339
7.2 Resin Aggregate Concrete 344
7.3 CO2-driven 3D Printing Concrete 353
Index 363
About the Book xvii
1 Introduction 1
1.1 Overview 1
1.2 Brief History of High-tech Concrete Development 2
1.3 Challenges and Opportunities for Concrete Materials 10
1.4 Technical Characteristics and Research Content of High-tech Concrete 11
2 Cementitious Material for High-tech Concrete 17
2.1 Characteristics of High-tech Concrete 17
2.2 Types of Cementitious Materials for High-tech Concrete 19
2.3 Mechanism and Properties of Cementitious Materials for High-tech Concrete 27
2.4 Prospects for Design and Development of Composite Cementitious Materials 54
3 Functional Materials for High-tech Concrete 59
3.1 Concrete Admixtures 59
3.2 Polymer Materials 67
3.3 Fiber Material 74
3.4 Ultra-fine Powder 77
3.5 Nano-seeds 81
3.6 Internal Curing Functional Materials 85
3.7 Functional Aggregates 101
4 Ultra-high-strength Concrete 119
4.1 Macro-defect Free Cement 119
4.2 Densified System Containing Homogeneously Arranged Ultrafine Particles 122
4.3 Compact Reinforced Composite 124
4.4 Reactive Powder Concrete 127
4.5 Reinforcement Mechanism of Ultra-high-strength Cementitious Composite 131
5 Ultra-high-performance Concrete 141
5.1 Overview of Ultra-high-performance Concrete 141
5.2 Design of Ultra-high-performance Concrete 144
5.3 Physical and Mechanical Properties of Ultra-high-performance Concrete (UHPC) 155
5.4 Volumetric Stability of Ultra-high-performance Concrete 169
5.5 Durability Properties of Ultra-high-performance Concrete 183
5.6 Novel Ultra-high-performance Concrete 190
5.7 Application of Ultra-high-performance Concrete for Municipal Solid Waste Pre-treatment Plants 199
6 High-performance Composite Structural Concrete 207
6.1 Concrete-filled Steel Tubes Combination Material 207
6.2 Steel-concrete/Asphalt Composite Bridge Deck Paving Structural Materials 234
6.3 Composite Materials for Structural/Functional Tunnel Concrete 264
6.4 High-strength Lightweight Aggregate Concrete 296
7 Novel Functional Concrete Technologies 339
7.1 Recyclable Cement and Concrete 339
7.2 Resin Aggregate Concrete 344
7.3 CO2-driven 3D Printing Concrete 353
Index 363
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
