Sentence examples for below the yield point from inspiring English sources

Stress/strain curves for the bone-implant construct were created for loads applied in different directions to determine the relative stiffness below the yield point.

Fatigue is a phenomenon under which, due to repetitive application of load the damage accumulates and the load may be well below the yield point.

At stress levels below the yield point, the chalk exposed to carbonate water becomes considerably weaker than chalk flooded with pure Eq. Water.

For this purpose tensile tests of the respective samples were stopped at forces far below the yield point and subsequently 3D reconstructions of the fracture regions were performed.

Loading – unloading tensile experiments conducted on DN hydrogels indicated that regardless of the stretch ratio used (high strains above or low strains below the yield point), the sample exhibited plastic flow and a residual strain.

There are, however, a number of structural materials, such as aluminium, stainless steel and some high strength, cold-worked steels, where this idealised model becomes inaccurate due to non-linearity of the stress strain response below the yield point and considerable strain hardening beyond the yield point.

Films cyclically strained at 5 and 10percentt (below and at the yield point) do not undergo significant reduction in the aggregated fraction of polymer chains, while films strained to 25% (above the yield point) undergo a reduction in aggregated fraction of over 10% by the 2000th cycle.

Voids were observed for the first time before the yield point, at strains of 1 2%% below the yield strain.

In these areas due to the stress-gradients and constraint local deformations are displacement controlled even if the material's yield stress is exceeded, as long as the deformations are below the structural yield point.

We evaluated the posterior distribution of the residual correlation in the Bayesian linear regression model used for the instrumental variable analysis (see below): this yields point and interval estimates (posterior mean and 95% credible interval) that allow for missing genotypes and phase uncertainty.

These results suggest that materials cyclically strained below their yield point will retain a microstructure that is their most electronically favorable, and that the mechanical properties of materials strained above their yield point will evolve significantly under repeated deformation.