… At the atomic cluster level, energy dissipation in fracture of BMGs is, therefore, determined
by two … is quantitatively discussed by applying the present energy dissipation mechanism. …

… that the formation of surface pore defects is dependent on the evolution of the gas bubbles.
… Similar to the observation above, we observed a gas bubble evolving into a pore defect on …

… rearrange during tensile loading and the irreversible structural evolution is more substantial
thereby leading to a larger energy dissipation coefficient. However, the dependence on the …

… The CG-MD simulations further reveal an atomic level interlayer slippage process and
suggest that the dissipated energy scales with film perimeter. Moreover, our study demonstrates …

… Due to the limitations of the DFT-based MD calculations with respect to the energy
dissipation in small supercells, interaction of ions with the structures at higher E k could not be …

… In this paper, we present an experimental approach for characterizing energy dissipation
and degradation evolution in a woven Glass/Epoxy (G10/FR4) laminate subjected to fully …

… lower stress limit, the dissipated energy densities of the … ’ dissipated energy densities
increased exponentially as the number of cycles increased. In addition, a block energy dissipation …

… At the stage of crack initiation, when the energy dissipation processes at the internal … , the
acoustic emission energy reduced in proportion to the expended mechanical energy, which …

… Local lattice distortions affect the migration of point defects and thus the evolution of … of
the Energy Dissipation to Defect Evolution (EDDE) Center, an Energy Frontier Research …

… can be used to control how energy dissipates and defects evolve in advanced alloys containing
… effects on heat conduction, energy dissipation, defect energetics, and mass transport, as …