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Fibre Reinforced Cementitious Composites

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ISBN-10: 041525048X

ISBN-13: 9780415250481

Edition: 2nd 1990 (Revised)

Authors: Arnon Bentur, Sidney Mindess, Routledge

List price: $280.00
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This text covers the fundamental scientific principles on modified fibres and describes the properties of specified systems with different type of fibres. It includes an up-to-date reference list and extensive sets of tables describing engineering properties of different systems and micrographs.
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Book details

List price: $280.00
Edition: 2nd
Copyright year: 1990
Publisher: CRC Press LLC
Publication date: 12/21/2006
Binding: Hardcover
Pages: 624
Size: 6.46" wide x 9.49" long x 1.50" tall
Weight: 2.354

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