Understanding material responses to energy deposition from energetic charged particles is
important for defect engineering, ion-beam processing, ion-beam analysis and modification, …

… of rocks are closely related to energy dissipation and crack evolution law. Therefore, if
further analysis can be carried out from the perspective of energy and combined with the meso–…

… explores the energy storage and dissipation, damage evolution and … It was found that the
three energy density parameters … The insertion of creep loading increased energy dissipation …

… tolerance properties, in this work, radiation-induced defect production, as well as defect
cluster and dislocation loop evolution, are investigated for equiatomic NiCo and NiFe alloys, and …

… To understand the observed behavior of defect accumulation and defect evolution, we study
the diffusion of a single interstitial and its clusters through MD at different temperatures. The …

… the linear energy dissipation law and energy dissipation coefficient, … The results indicate that
the damage evolution process of … Moreover, with the linear energy storage law serving as a …

… model based on generalized non-quadratic defect energy and uncoupled constitutive
assumption for dissipative processes. A power-law defect energy, with adjustable order-controlling …

… heating but we neglect this contribution to energy dissipation in the projectile during impact.
At v 916 , … Rotational KE can contribute small additional energy dissipation, but we base our …

… In this paper, we present a novel model to predict the energy dissipation in composite … with
the energy dissipated during loading. The results showed that the energy dissipated during …

… to trap defects and inhibit defect evolution. The results are expected to offer a perspective on
controlling the irradiation-induced changes in microstructures and mechanical properties by …