To achieve early-stage microstructure evolution assessment and damage monitoring of
fatigue, a new thickness-independent and nondestructive method based on nonlinear …

To achieve a non-destructive, high-sensitivity, and in situ characterization of the dislocation
density in metals, an integrated strategy is proposed based on nonlinear ultrasonic (NLU) …

In the present study, elastic, mechanical, thermo-physical and ultrasonic properties of boron
monopnictides BX (X= N, P, As) in both NaCl (B1) and CsCl (B2) phases have been …

Determinations of higher order elastic constants, thermal properties, mechanical properties
and ultrasonic behavior have been done for fermium monopnictides. Initially, the lattice and …

The large discrepancy in length and time scales at which characteristic processes of
energetic materials are of relevance pose a major challenge for current simulation …

A semicontiuum Green's-function-based model is proposed for analysis of averaged
mechanical characteristics of SixGe1− x. The atomistic forces in the model are distributed at …

The phonon properties of spatially confined nanofilms under the preexisting stress fields are
investigated theoretically by accounting for the confinement effects and acoustoelastic …

Рассматривается распространение акустических волн в нелинейно упругих
анизотропных средах с конечными предварительными деформациями. Среды в …

Abstract Quantum-mechanical (QM) simulations, thanks to their predictive power, can
provide significant insights into the nature and dynamics of defects such as vacancies …

The results of numerical simulation of the proposed experiments for niobium crystals, whose
elastic properties are known from sources, are presented. Sections of the surfaces of the …