Sentence examples for elastic release from inspiring English sources

Reflected elastic release waves and transmitted plastic waves scattering at large angles (i.e. 56° for the transmitted wave) from the boundary are predicted for the case of an incident plastic wave propagating along ⟨111⟩ and impacting a 45° inclined boundary, which appears to be consistent with the experimental VISAR records.

It is also possible that they do not use a pure catch-and-release mechanism, gaining power by combining elastic release with real-time muscle contraction.

Using linear elasticity, we obtain exact analytical results for the elastic energy release and stress fields associated with the formation of a periodic array of twinned domains, as well as for a single embedded twin domain.

Numerical differentiation of U with respect to crack size (a) gives the elastic energy release rate (G), from which K can be evaluated as K2 = EG.

It is proposed to assess the damage growth in bonded structures loaded mainly in shear with a generic strain elastic energy release rate concept.

This interaction energy has the same order of magnitude as the elastic energy release due to free-surface corrugation at each upper surface of a B layer.

The brittle failure (rock burst) of rock is generally triggered by excavation under high stress in hard rock mass with the characteristics of local violent failure due to a large amount of elastic energy release suddenly around the surrounding opening.

To solve the nonlinear governing equations, an efficient kinetics approach is developed, in which the deformed shape of a sheet can be recovered from the steady-state solution of an overdamped evolution system driven by elastic energy release.

The high-temperature (Tg > 650°) wholly aromatic polybenzoxazoles (PBO) polymer chains in thin films underwent elastic energy release via local deformation of crazing when stretched beyond a critical strain around 0.5%.

The numerical design is the result, on the one hand, of a judicious combination between stable DCB (Double Cantilever Beam) and CTS (Compact Tension Shear) specimens, and on the other hand, of the observation of the elastic energy release rate stability range computed according to M integral.

The elastic energy release, derived in this paper, is incorporated into a thermodynamic analysis of twinning and the equilibrium microstructures are determined as a function of the film thickness, interfacial energy, transformation strains and the elastic constants in the following paper.