Sentence examples for much higher compressive from inspiring English sources

Ultrahigh-performance concrete (UHPC) provides much higher compressive and tensile strength than conventional concrete.

A much higher compressive stress would introduce a much higher dislocation density immediately before creep deformation.

Particularly, the activated sample containing Al-rich chabazite produced much higher compressive strength than the other samples with zeolite A Na.

Compared with original CuCoCrFeNiTix alloys, AlCoCrFeNiTix alloys keep the similar good ductility and simultaneously possess a much higher compressive strength, which are even supe-rior to most of the reported high-strength alloys like bulk metallic glasses.

Micro-Raman spectroscopy showed that the increase in E2 (high) phonon frequency corresponds to much higher compressive stresses in ultrathin NW arrays.

This extremely small particle size of nano silica provides a very high surface area, that accelerates the pozzolanic reaction resulting in much higher compressive strength than that with SF.

Also, the BFRP bars in ECC matrix were much more efficiently utilized than those in concrete, and the failure process is much more ductile due to much higher ultimate compressive strain of ECC materials in the compressive zone.

It was found that for LB composite, the tensile strength is much higher than compressive strength; the tensile constitutive law exhibits perfectly elastic behavior whereas the compressive constitutive law exhibits liner behavior initially while turning to nonlinear manner once the stress exceeds the linear limit.

Results show that the SFRGC containing Na-based activators exhibited much higher residual compressive and indirect tensile strength at all elevated temperatures including at ambient condition than its K-based counterpart and SFRC.

The orientation population in which tensile strains are larger than compressive strains is much higher than that of orientations with higher compressive strains.

When deposited up to 30 min, the deposition-induced stretch strain of an amorphous carbon film on poly(dimethylsiloxane) (PDMS) with a Young's modulus of 1 2 MPa reached more than 50%, which is much higher than usually observed compressive mismatch strains of approximately 1 2% on silicon.