Sentence examples for theoretical toughness from inspiring English sources

Distinctions are drawn between the engineering fracture toughness, which is typically associated with 0.2 mm of crack growth, and the theoretical toughness based on coalescence of the crack tip with the first void ahead of it.

Theoretical prediction of fracture toughness depending on a shear ligament toughening model agrees well with the experimental value.

Taken together, these findings support the theoretical assumption that mental toughness is a higher-order construct encompassing different characteristics and that sport participation is associated with higher mental toughness.

In this work, we combine experimental and ab initio density functional theory (DFT) analysis of the mechanical properties of Ti-Al-Nb-N coatings to validate the results of previous theoretical investigations predicting enhanced toughness in TiAlN-based systems highly alloyed (>25 at.

This provides valuable theoretical guideline to determine fracture toughness from the energy point of view.

From the theoretical point of view, fracture toughness (critical stresses for cracks of various fracture modes) and intrinsic stresses should in principle be determinable.

OLYMPUS TOUGH TG-810 Toughness.

The increase in indentation fracture toughness was analyzed using different theoretical models, which demonstrated that it is due to crack deflection.

A theoretical model was used to predict the fracture toughness increment due to the shear band yielding and plastic void growth.

The recent experimental and theoretical studies [25, 26, 27] have shown the toughness of the problem.

Within narrow bounds, this toughness value is reproducible using three different theoretical approaches.