Description
The present state of development of design practices for fiber reinforced concrete and mortar using steel fibers is reviewed. Mechanical properties are discussed, design methods are presented, and typical applications are listed.
Keywords: beams (supports;) cavitation; compressive strength; concrete slabs;
creep properties; fatigue (materials); fiber reinforced concretes; fibers; flexural
strength; freeze-thaw durability; metal fibers; mortars (material); structural design.
Table of Contents
Chapter 1--Introduction
Chapter 2--Mechanical properties used in design
2.1--General
2.2--Compression
2.3--Direct tension
2.4--Flexural strength
2.5--Flexural toughness
2.6--Shrinkage and creep
2.7--Freeze-thaw resistance
2.8--Abrasion/cavitation/erosion resistance
2.9--Performance under dynamic loading
Chapter 3--Design applications
3.1--Slabs
3.2--Flexure in beams
3.3--Shear in beams
3.4--Shear in slabs
3.5--Shotcrete
3.6--Cavitation erosion
3.7--Additional applications
Chapter 4--References
4.1--Specified and/or recommended references
4.2--Cited references
4.3--Uncited references
Chapter 5--Notation
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