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The results showed that adding silica fume resulted in an increase in strength and modulus at early ages, however, there was no change in the modulus at 28 and 56 days.
The knowledge of this parameter allows predicting correctly the evolution of compressive strength and Young modulus at early age for concretes with high slag content using an analytical model based on the degree of hydration.
This, along with the observation of a modulus at early times, leads us to speculate that above this strain value, the BCC lattice in the sample breaks and the breaking gives rise to steady viscosity.
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In addition, increase in stearic acid content increased the rate of water loss and gain of elastic modulus at the early stage of drying and resulted in production of less flexible film.
A similar relationship is proposed to predict compressive strength at 28 days based on the dynamic E-modulus measured at earlier ages.
This research aims to study the influence of biomass ashes in the evolution of E-Modulus at an early age (0 7 days) in concretes with different percentages of replacement of cement by biomass ash (0%, 15% and 30%).
For instance, the significant loss of modulus the bitumen exhibits at early stages of the test or its total recovery when loading is removed.
The present study investigates the tensile strength and Young's modulus of fly-ash concrete at early age by using a prismatic specimen with an embedded reinforcing bar.
This study investigates the influence of volume content of aggregates, maximum size and type of coarse aggregates, water-to-cement ratio and curing temperature on mechanical properties, i.e. prismatic compressive strength (fc), static modulus of elasticity (Ec) and dynamic modulus of elasticity (Ed) of concrete at early age.
The tension test was performed to quantify the uniaxial tensile strength and tensile Young's modulus of such fly-ash concrete at early age.
At early age the elastic modulus remained constant during drying, while at later ages a steady reduction was observed as a function of the decreasing relative humidity.
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