Sentence examples for extension behavior from inspiring English sources

Simultaneous imaging of synaptic structure and behavioral observation, as has been accomplished with feeding command neurons and proboscis extension behavior (Yoshihara 2012), could produce correlations between synaptic plasticity and memory as behavioral changes, because alteration in the strength of commanded behavior could be assayed as a manifestation of memory formation.

Fractography revealed considerable debonding at the SiCfiber-PyCcoating interface and fiber pull-out with pronounced tail extension behavior when tested in flexure.

An alternate method to explain and analyze the tail extension behavior in layered composites is presented in terms of the fractography results.

Furthermore, a cracking diagram is established to reveal the effects of the seal thickness and CTE mismatch on the crack extension behavior.

These new results for the crack growth behavior have never been reported before, which can be well explained by the delamination extension behavior observed after overload applied.

The concept that an excess of energy would be required to extend a segment of the crack has been widely accepted and applied to characterize crack extension behavior for isotropic and homogeneous materials at the macroscopic scale.

We show that this biphasic stress dependence can be understood in terms of the nonlinear force-extension behavior of individual force-transmitting network elements.

This has been observed in load-extension behavior by recognizing that the total area under the curve, notably the part beyond the yield point, often conveys substantial capacity to carry mechanical load.

Two widely acknowledged hypotheses are that active stiffening of F-actin network is caused by (1) the nonlinear force-extension behavior of cross-linkers, and (2) the loading mode being switched from bending to stretching dominated regime.

From the knowledge of the first-extension behavior, the Mullins-type strain-softening is predicted and shown to be composed of two contributions: the strain-induced filler-cluster breakdown and the strain-induced increase in the network mesh size, which is consistent with the mechanism of entanglements removal at the matrix filler interface recently proposed and discussed by Hanson et al.

We approximate the nonlinear force-extension behavior of alpha-helical proteins under tension by a multi-linear model.