Sentence examples for stresses through from inspiring English sources

Forces are converted to uplift tensile stresses through analysis of exfoliation sheet geometry (see Methods—"Fracture stress intensity analysis" section).

The present theories assume parabolic variation of transverse shear stresses through the depth of the plate.

Vickers indentation was used to demonstrate the internal residual stresses through the indentation crack length anisotropy.

Our model suggests that another, subtler price of dormancy is the missed opportunity to acquire resistance to future environmental stresses, through increased phenotypic diversification.

The transverse stresses through the laminate thickness are reconstructed a posteriori by simply using three-dimensional equilibrium.

Moreover, it may play a role against environmental stresses through regulation of endogenous proteolytic activities during leaf development.

The distributions of the deflection and stresses through the plate thickness are also presented for different boundary conditions.

Illustrative numerical examples are presented to observe the distributions of stresses through the thickness of the laminates.

Also, achieving lower soil stresses through changing the isolated footing shape will consequently reduce the expected settlements and the footing stresses.

The radial and hoop stresses through the wall-thickness are more sensitive to the temperature change than the thermal axial stress.

Fibers act as mass reinforcement leading to large deformation capacities, bridging of the cracks and transferring stresses through cracked regions, delaying or even entirely mitigating cover splitting.