Journal of Engineering Mechanics · 2000 · 20 citations · 4 references
EngineeringCivil EngineeringMaterials EngineeringBuilding MaterialsStructural EngineeringStructural MaterialsConcrete ConstructionConcrete MaterialsFracture MechanicsReinforced Concrete StructuresStress AnalysisStress-strain BehaviorCrack FormationCracking In SlabsReinforced ConcreteReinforced Concrete SlabsShrinkageShrinkage EffectsStress DistributionStructural Service Life
It is well known that cracking in concrete slabs significantly influences their service life. Concrete shrinkage may be the principle reason for the initial crack formation in the slabs. This paper presents an attempt to provide an analytical tool for the prediction of stress distribution in reinforced concrete slabs after undergoing matrix shrinking restrained by the reinforcing bars. The model incorporates the material parameters of the reinforcing bar and the concrete matrix, and it enables prediction of the stress development in concrete with time.
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