Sentence examples for cubic compressive strength from inspiring English sources

The dynamic modulus of elasticity, weight loss, the cubic compressive strength, compressive strength, tensile strength and cleavage strength of air-entrained concrete were measured after 0, 100, 200, 300, 400 cycles of freeze-thaw.

The effect of initial static loading and dynamic testing method on dynamic flexural mechanical characteristics of dam concrete is investigated, and the static flexural strength is compared with the cubic compressive strength and split tensile strength.

In this study, the influence of an air-entraining agent on freeze-proof durability was investigated using C25 shotcrete via the laboratory tests of the mass loss, dynamic modulus of elasticity, ultrasonic wave velocity and cubic compressive strength.

In the current seismic design code for dam, for the engineering without carrying out the flexural tests on full graded concrete specimens, the standard value for wet-sieved concrete should be taken as 10% of the cubic compressive strength.

This study undertakes an experimental study on the cubic compressive strength, axial compressive strength, flexural strength and splitting tensile strength of CRC specimens at both ambient temperature 20 °C and low temperature −25 °C.

Compressive behavior like ultimate strength, stress strain curve, ductility and toughness of TPCC and effects of plastic pipe thickness, the cubic compressive strength of core concrete (fcu) on them were investigated in this paper.

When the volume fraction of steel fiber increases, the ratio between prism and cubic compressive strengths decreases while the ratio of tensile strength to compressive strength increases.

The above little testing results on Dagangshan arch dam show that, the cubic compressive strengths of full-graded and wet-sieved concrete become close as the age increases, and the ratio for the two was 0.68, 0.78, and 1.0 at the age of 90 d, 180 d, and 360 d.

A good concordance between the three values of the cubic specimens on compressive strength was observed.

Experiments with mechanical properties of compressive strength in cubic specimens, cleave strength in cylindrical specimens and four-point flexure strength of sheet metal specimens were carried out.

In details, compared with cubic and prism compressive strengths as well as Young's modulus of SFR-UHSC, much more increases of splitting tensile and flexural strengths are obtained by the introduction of steel fibers.