State of art an Overview on the Tensile Strength and Flexural Strength of Concrete in different Curing Methods

The moist curing process resulted more effective than curing by chemical products leading to membrane formation over concrete surface; moreover, lexural strength of high

These stress ields, very different to the bending tensile test and indirect tensile test by diametral compression, ultimately result in values of tensile strength of the

[5], their concrete containing rubber, even with lower mechanical strength and tensile strength, when compared to concrete without the residue, showed the mass loss was similar

The effect of EAFD addition on the axial compressive strength and the tensile strength by radial compression of the concrete samples was evaluated using the tensile strength test 12

Although the limewater reduces the strength of concrete without nanoparticles when compared with the specimens cured in water, curing the specimens bearing ZnO 2 nanoparticles

Although the limewater reduces the strength of concrete without nanoparticles when compared with the specimens cured in water, curing the specimens in saturated limewater results

Mechanical properties, namely, compressive strength, split tensile strength, lexural strength and lexural toughness were studied for high strength concrete reinforced 1 , up to

The mechanical properties evaluations of the reinforced concrete with vegetable ibers were obtained through the compressive strength test; Tensile strength in lexion; Tensile