Sentence examples for maximum fracture toughness from inspiring English sources

Using the applied value, the maximum fracture toughness value of laminate, ΔKC,applied, is 49.74 ( mathrm{MPa}sqrt{mathrm{m}} ) at R of 0.5 (U = 0.7).

In comparison with case I laminate in same environment, the maximum fracture toughness values are higher, and the maximum ( frac{dc}{dN} ) values are lesser.

A maximum fracture toughness (KIC) of 3.6 MPa m1/2 and adhesion strength of 107 N were obtained with a 25 nm bilayer period.

For pure mode I loading crack growth continued far beyond the maximum fracture toughness shows that the predicted subsequent steady-state toughness is well below the maximum.

The maximum fracture toughness can reach to 5.64 MPa m1/2 at a M.I. of 0.59, which was the highest among currently reported single-phase-derived thermally sprayed MoSi2 composites.

The maximum fracture toughness obtained from the 63s glass/HANw scaffolds was 1.36 MPand1/2 and that of 63s glass/HANp scaffolds was 0.95 MPa·m1/2.

Investigation of the effects of the relative thickness of the layers and of the number of layers revealed that the maximum crack shielding and the maximum apparent fracture toughness were achieved in three-layer composites with the thickness of the compression layer constituting one-half of the specimen height with an edge crack extending to the first interface.

In comparison with case I laminates in the same environment, the maximum laminate fracture toughness values are higher, and the maximum ( frac{dc}{dN} ) values are of nearly similar magnitudes.

Here, based on molecular dynamics simulations, we report that sodium silicate glasses and calcium silicate hydrates feature an anomalous maximum in fracture toughness.

This feature is consistent with a maximum in fracture toughness as a function of the additive (CTBN) content, followed by a rapid deterioration in toughness at higher concentrations.

It was found that the copolymer grafted SiO2 nanoparticles enhanced the ductility (maximum 60% improvement), fracture toughness (maximum 300% improvement) and fatigue crack growth resistance of the epoxy matrix while maintaining the modulus at loadings of less than 2 vol% of silica core.