Concrete: Material Science to Application : a Tribute to Surendra P. Shah |
Contents
Failure Mechanism of Reinforced Concrete | 1 |
Fatigue Fracture and Crack Propagation in Concrete | 25 |
Analysis of Reinforced Concrete Beams Strengthened with | 41 |
Copyright | |
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acoustic admixtures American Concrete Institute analysis applied beam behavior bond Cement and Concrete Cement Composites cement paste Cementitious Composites chemical shrinkage chloride Civil Engineering compressive strength Concrete Structures Corridor H corrosion crack growth crack length crack width creep curve deflection deformation displacement ductility durability effect elastic energy evaluate experimental failure fatigue loading ferrocement fiber reinforced concrete flexural strength flyash fracture mechanics free shrinkage High Performance hydration hysteretic increase initial interface investigation joint knit fabric LVDT matrix maximum measured meshes modulus mortar Naaman number of cycles parameters pavement Portland Cement predict prestressed properties pullout load quasi-static ratio repair material resistance response restrained shrinkage RILEM seismic shear shear stress shotcrete shown in Figure silica fume slab specimen steel bars steel fibers stiffness strain Structural Journal substrate superplasticizer surface Technology temperature tensile strength tensile stress toughness University weft weft knit yarns