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Preface | |
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Acknowledgements | |
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Notations | |
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Introduction | |
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Behaviour of fibre reinforced cementitious materials | |
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Structure of fibre reinforced cementitious materials | |
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Matrix | |
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Fibres | |
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The structure of the fibre-matrix interface | |
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Fibre-cement interactions: stress transfer, bond and pull-out | |
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Introduction | |
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Straight fibres | |
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Oriented fibres | |
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Deformed fibres | |
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Interfacial microstructure and processes | |
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Mechanics of fibre reinforced cementitious composites | |
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Introduction | |
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Efficiency of fibre reinforcement | |
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Composite materials approach | |
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Fracture mechanics and interactions across cracks | |
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Multiple cracking | |
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Modelling of tensile behaviour | |
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Modelling of flexural behaviour | |
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Long-term performance: chemical and physical processes | |
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Fibre degradation | |
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Physical and microstructural effects | |
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Volume stability and cracking | |
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Accelerated ageing tests | |
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Test methods | |
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Introduction | |
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Properties of the fresh mix | |
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Properties of the hardened composite | |
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Cementitious composites with different fibres | |
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Steel fibres | |
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Introduction | |
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Technologies for producing SFRC | |
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Mix design of SFRC | |
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Mechanical properties of SFRC composites | |
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Static mechanical properties | |
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Dynamic mechanical properties | |
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Durability of SFRC | |
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Temperature extremes | |
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Glass fibres | |
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Introduction | |
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Composition and properties of fibres for GRC | |
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Production of GRC composites | |
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Properties and behaviour of GRC composites | |
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Ageing mechanisms of GRC composites | |
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GRC systems of improved durability | |
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Design and application considerations | |
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Asbestos fibres | |
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Production processes | |
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Structure and properties of asbestos fibres | |
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Mechanical properties of asbestos-cement composites | |
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Reinforcing mechanisms in asbestos-cement composites | |
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Long-term performance | |
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Asbestos-cement replacement | |
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Synthetic fibres | |
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Introduction | |
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Low modulus fibres | |
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High modulus fibres | |
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Natural fibres | |
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Fibre classification and properties | |
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Natural fibres for low cost cementitious composites | |
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Reinforcement with cellulose-pulp | |
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Mechanics of natural fibre reinforced cementitious composites | |
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Long-term performance | |
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High performance systems | |
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Introduction | |
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Mechanics of high performance FRC | |
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High volume-high aspect ratio fibre reinforcement | |
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Mono-fibre systems with high density matrix | |
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Mono-fibre systems with normal strength matrix | |
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Hybrid fibre systems | |
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Slip hardening fibres | |
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FRC with polymer-cement matrices | |
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Continuous reinforcement | |
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Structure and properties | |
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Yarns: structure and properties | |
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Bonding of fabrics | |
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Reinforcing effects and mechanisms in the composites | |
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Applications of fibre reinforced concrete | |
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Introduction | |
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Structural design considerations | |
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Pavements and slabs on grade | |
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Fibre shotcrete | |
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Self-compacting FRC | |
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Precast concrete | |
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Cladding | |
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Concluding remarks | |
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Index | |