Sentence examples for mechanical response from from inspiring English sources

Increasing levels of normal stress (2.6, 4.9, 7.2 and 9.4 MPa) were applied to the fractured sample in order to measure the mechanical response from the displacement sensors.

This simple substitution has been shown to significantly alter the mechanical properties of poly VPGVG), changing its mechanical response from elastic to plastic deformation (Luan and Urry 1999; Nagapudi et al. 2005).

These data suggest a method by which nature can evolve a varied mechanical response from a limited number of topologies and demonstrate a generic but facile method by which the mechanical strength of proteins can be rationally modified.

The link between persistence length and mechanical properties is well established [ 62], including direct comparative measurements of mechanical response from persistence length and from stretching [ 65].

The values of TR T0 portrayed in supplementary material Fig. S3 show that the time delay of the spermatozoa mechanical response from the position θ0 on the swimming orbits are quite consistent in two independent analyses; the analysis of head motion trajectories (Fig. 3; supplementary material Fig. S1) and of wave-shape distance (Fig. 4; supplementary material Fig. S2).

Thin films may have different mechanical responses from their bulk materials.

Various mechanical responses from the interface shear test, such as shear stress, vertical deformation, and friction angle, were evaluated through comparisons with the trends observed in the pure soil shear test.

Using this framework, the ECM hyperelastic parameters were changed in the FSI model systematically using an optimization algorithm such that the mechanical response obtained from the FSI model matches the corresponding experimental response reported in previous studies.

The bent foil has free surfaces through which dislocations can go out of the material, and we observe a strong size-dependent mechanical response resulting from the surface condition assumed.

Here we report on the overlapping organization, hierarchical structure (from the nano to the mesolevel), and mechanical response of scales from ground (Chinese) and arboreal (African tree) pangolins.

The mechanical response is analysed from the evolution of the crack density in the coating and the fracture toughness.