Sentence examples for compressive toughness from inspiring English sources

Compressive toughness index (CTI) is defined as area under the stress strain curves under compression, which is the energy absorbed prior to complete failure of specimen as shown in Fig. 5.

Open image in new window Fig. 16 Effects of fiber volume fraction on compressive toughness index.

Open image in new window Fig. 15 Definition of compressive toughness index (I).

Table 2 Average peak compressive strength and compressive toughness index (CTI).

Compressive toughness was calculated as ratio of area under stress strain curve of concrete to compressive strength.

Compressive toughness increased significantly with respect to fiber dosage both at room temperature and at higher temperatures.

Some of these effects include changes in; compressive strength, compression toughness and splitting tensile strength.

Test results showed that regardless of fiber type, self-compacting SFRC had greater compression toughness due to the better sustainability of descending portion of stress-strain curve, and the compression toughness ratio, axial compressive strength, peak-strain of self-compacting SFRC increased with the volume fraction of steel fiber.

Compact Tension (CT) and Compact Compression (CC) test samples were employed to determine the intralaminar longitudinal tensile and compressive fracture toughness.

The incorporation of gelatin significantly increased the compressive strength, toughness, and cell seeding of the HTCP scaffolds.

The compressive strength, toughness and tangent modulus of samples printed with a delay of 300 ms were observed to be higher than other samples.