Sentence examples for mechanical responses during from inspiring English sources

Large differences were found in the mechanical responses during first loading to a given strain.

A three-dimensional (3D) thermochemical model of the curing process was established and the mechanical responses during cure were evaluated coupled with the results of thermochemical analyses.

In this work, three-dimensional finite element models were developed and validated by experiments for single conventional and ultra-long probing needles to analyze their mechanical responses during wafer-level probe testing.

This involves the monitoring of symptomatic and mechanical responses during repetitive end-range lumbar test movements (flexion, extension, side-gliding, or rotation) and/or prolonged positioning.

The mechanical response during welding is then calculated by solving a generalized plane strain problem.

The experiments were characterized by orientation microscopy and atomic force microscopy to quantify the orientation-dependent mechanical response during nanoindentation.

A comparison of the rheological and SAXS data suggested that changes in the dynamic mechanical response during ordering were induced by the development of individual microstructures acting as physical crosslinks.

Although it seems difficult to explain this absence based on the changes in intrinsic contractile characteristics, it is clear that neural activation and the subsequent mechanical response during voluntary contractions are much more variable than the activation and response when contractions are electrically evoked.

Then, studies on meso-mechanical responses during the loading were performed through the biaxial shear test and California bearing ratio (CBR) test.

The approach involves capturing response of RC beams in three stages, namely, structural response at ambient conditions, thermo-mechanical response during fire exposure, and post-fire residual response after cooling down of beams.

Through this process the ability of a multivariant model to predict both the texture development and mechanical response trends during the creation of complex stress states in martensitic polycrystalline NiTi was demonstrated for the first time.