Sentence examples for sample under load from inspiring English sources

This model was based on a heterogeneous distribution of material strength in a sample under load.

Thus, instead of considering the whole fabric sample under loading, a significantly less computationally demanding analysis can be done on a repeated unit cell (RUC).

From Fig. 4 it can be said that the sample under loading not only moves in the vertical direction but also in the horizontal direction which is the definition of the rutting.

This method can be used to quantify small deformations in biological tissue samples under load, while maintaining the hydration necessary to ensure accurate material property assessment.

For a dogbone sample under uniaxial load, the model predicted that the distribution of fiber diameters would spread over the course of degradation because of variation in individual fiber load.

The wear damage under the load of 80 N for the C16-ZrP-N6 oil sample is about 650 μm in diameter as shown in Fig. 8b, which is a reasonable increase as compared to the WSD of ~ 550 μm for the same sample under the load of 70 N.

On the contrary, under this increased load condition, the COF profile of the nanolubricating oil with C16-ZrP-N6 is smooth with rather small data fluctuations and its COF is about 0.20, which is very close to the average COF (~ 0.21) of the same sample under a load of 70 N.

Moreover, the steady temperature of the test sample under electrical loading is determined using an infrared-detecting camera and T3ster.

The use of mathematical analysis methods from elasticity theory had allowed the study of the stress field that develops within the sample under different loading geometry.

In this paper, the authors demonstrate the feasibility to efficiently apply the TOF approach at a continuous source in order to spatially resolve and quantify the (lattice) strain distribution in a flat steel sample under tensile loading.

A second glass surface was then pressed down onto the thin cartilage sample under different loads (pressures), and the resulting compression (strain) and change in pore volume were measured as a function of time, simultaneously with measurements of the lateral diffusion and flow pattern of the dextran molecules using Fluorescence Recovery After Photobleaching FRAPP).