Sentence examples for source tensile from inspiring English sources

In this study, we considered four models (spherical source, tensile crack, spherical source with tensile crack, and two tensile cracks) as candidates for the source model.

For 2009 2014, optimal parameters for the four models (spherical source, tensile crack, spherical source with tensile crack, and two tensile cracks) were estimated on the basis of AIC values (Table 1).

For the other models (spherical source with tensile crack, and two tensile cracks), the shallow spherical source or shallow tensile crack assumed the same geometry as in the 2009 2014 models, and all parameters of the deep tensile crack were estimated.

The mechanisms considered were an isotropic source, a tensile crack, a volume change of a pipe, and a single force.

Collagen fibrils are the principal source of tensile strength of vertebrate connective tissues, where they are positioned in the extracellular matrix between cells.

The main sources of tensile force in a column element are lateral actions such as wind or earthquake loads.

From the in situ observations, this was ascribed to the consecutive operation of two spiral sources in a tensile sample (when the sources were only seen to have a single pinning point we assume these are spiral sources).

Among the four candidate source mechanisms, a tensile crack yielded the minimum AIC value (Table 2).

Earlier studies have alluded to the fact that the grinding process is usually the source of a tensile residual stresses on the part surface.

Results of the first search (Table 1) are shown Mechanism E AIC value An isotropic source 70.5 −585 A tensile crack 56.1 −1024 A volume change of a pipe 61.3 −765 A single force 60.7 −945 Fig. 4 Spatial distribution and crack orientation dependence of the residuals between observed and synthetic waveforms.

In normal joints, the collagen network acts as the structural framework for tissue, providing the main source of its tensile and shear strength.