Sentence examples for mean flaw size from inspiring English sources

Results show that the distribution of flaw sizes is very important, particularly at moderate strain rate, since analyses based solely on the mean flaw size overpredict strength.

The present paper investigates glass fibre flaw size distributions.

The effect on the probability distribution of meso-scale (or element-level) strength from flaw density, flaw size distribution, flaw clustering, and strain rate are studied.

The initial flaw size distribution is also a function of matrix material design.

This paper proposes a critical flaw size approach for bolted connections.

The tensile performance of ECC is dependent on the fiber and flaw size distributions.

However, depending on the flaw size distribution, measured strength values show considerable scatter.

Further, during cooling, the presence of quartz particles also increases natural flaw size.

The maximum flaw size distribution along the specimens was also analyzed by cross-sectional image analysis.

Equivalent initial flaw size distributions (EIFSD) were calculated from the life data.

The correlation between the strength and the flaw size distribution is discussed in some simple examples.