Sentence examples for rate of stretch from inspiring English sources

In the first, human ability to perceive directional information in a driving vehicle in suburban traffic was assessed, with results generally consistent with those in stationary applications; however, a higher and especially faster rate of stretch application was preferred.

When the rate of stretch is sufficiently fast, the cells cannot respond quickly enough and must orient away from the direction of stretch to compensate.

When the rate of stretch is slow, the SFs can self-equilibrate to maintain their level of extension, thus diminishing the mechanical signal for SF remodeling.

When the rate of stretch is low, the model predicts that cells will readjust their contractility, resulting in alignment of the cells parallel to the direction of stretch.

Note that any temporal pattern of cyclic stretch can be simulated using this approach by varying the magnitude of each step to match the rate of stretch at a particular point in the cycle.

When the rate of stretch is fast relative to the rate of SF self-adjustment, the SFs at non-equilibrium stretch values disassemble at relatively faster rates and gradually accumulate in directions of smallest perturbation from equilibrium.

Thus, crevasse depths are a function of the rate of stretching and the temperature of the ice.

We use the simpler fully developed flow to compute the specific rate of stretching for the fully developed flow.

The study reveals the roles of the elastomer modulus, the metal strength and the rate of stretching in giving rise to necking retardation.

Starting with an approximate Stokes flow velocity field in the partitioned-pipe mixer, we study the mixing in terms of the flow patterns in the cross-section (Poincaré sections) and their relation to the conventionally used continuous mixing diagnostic, the residence time distribution, as well as to the local specific rate of stretching of material lines and the mixing efficiency.

The rate of stretching of individual molecules is highly variable and depends on the molecular conformation that develops during stretching.