Sentence examples for boundary damage from inspiring English sources

Scanning electron microscopy showed extensive boundary damage to cells after 1 min sonication.

The volume-averaged stress strain curve by a model considering grain boundary damage (DGBM) showed better agreement with experimental results than that by a model not considering grain boundary damage (GBM).

The proposed damage detection strategy utilizes the structural damping and an equivalent linearization of the bolted lap joint response to separate the combined boundary damage from localized large-scale internal damage.

It is concluded that either the increases in the initial crack length, the applied load and the grain boundary damage, or the deterrence in creep deformation, accelerate the crack propagation, and vice versa.

In the cases shown in Figure 3, boundary damage most likely resulted from flattening the leaves at the point of image collection, as A. thaliana leaves are frequently curved and can not be flattened without tearing the leaf lamina.

Thus, boundary damages are best identified when the absolute difference rotation mode shape is given as input to wavelet transform and the coefficients plotted in a length-width plane.

OK... you are the government, you elect your government officials, you vote on propositions, new laws and regulations that are designed to offer protections, mitigate corruption, set boundaries, and limit damage.

In this paper, four methods including Finite Difference, Finite Element (FEM), Rayleigh Ritz and Galerkin Approach are used to further investigate the sensitivity of the bifurcation boundary for damage detection.

Results of the FEM and Rayleigh Ritz method agree with each other and also show that the sensitivity of the bifurcation boundary to damage is much less than what previously reported when using a finite difference solution method.

The results have been validated through some comparisons with finite element numerical simulations: examples referred to multi-cracked Euler arches with different boundary conditions, damage and load scenarios are presented.

Creep experiments were carried out at 973 K and 52 MPa, and grain boundary cavitation damage was examined in polished sections, as well as by scanning electron microfractography of surfaces exposed after hydrogen charging.