Sentence examples for stress contact from inspiring English sources

The response of a metal depends on its chemical composition, its metallographic structure, inclusions, residual stress, contact with other metals, and surface conditions.

The transmission error is considered as the objective function, and bending stress, contact stress and the constant distance between gear centres are considered as constraint functions.

During the optimization, an empirical average rattle noise level is considered as the objective functions and design parameters are optimized under several constraints that include bending stress, contact stress and a constant distance between gear centers.

A Design of Experiment is carried out on a 2D Finite Element model in order to quantify the influence of the corrections on stress, contact pressure, and speed ratio of the gear and racks.

It fulfills the interlaminar transverse shear and normal stress contact conditions at the layer interfaces, those on the transverse normal stress gradient and the boundary conditions at the upper and lower bounding faces, as required by the theory of elasticity.

This paper is aimed at studying the mechanical behaviors such as maximum stress, contact force, and fatigue life of a special designed metallic curved micro-cantilever beam, using analytical, numerical (FEM), and experimental methods.

Then, adopting the Rice Thomson model, we propose a dislocation nucleation criterion for stress contacted surface.

The thickness effects of high-tensile-stress contact etch stop layer (HS CESL) and impact of layout geometry (length of diffusion and gate width) on mobility enhancement of 〈100〉/(1009090 nm SOI nMOSFETs were studied in detail.

There are other sources of strain, which are the grain boundary triple junction, coherency stresses, contact or sinter stresses, stacking faults, etc. [10].

Since there is no end plate for test M1, therefore, all the pullout forces are resisted by the bond stresses (contact friction).

The results show that near-tip displacements and stresses, contact pressure, energy release rate range and fatigue life strongly depend on the laminae Young's modulus variation.