Abstract: The diffusion stability of a single cavitation
bubble in a spherical liquid cell
Sharapova, Yu. R.,
Kazakov, A.M.,
Babicheva, R.I.,
Semenov, A.S.,
Izosimov, A.A.,
Korznikova, E.A. (2024) -phase (χ) particles in body-centred cubic (bcc) tungsten (W) using molecular
dynamics simulations
with point defects in the tungsten crystal lattice. Molecular
dynamics simulation shows that the presence
with point defects in the tungsten crystal lattice. Molecular
dynamics simulation shows that the presence
Sangeet, Ghai,,
Ni, Tiffany T.,
Pavlovich, Christian P.,
Futterer, Jurgen J.,
Schade, George R.,
Sanchez-Salas, Rafael,
Cornud, Francois,
Eggener, Scott,
Feller, John F.,
George, Arvin K.,
Villers, Arnauld,
de la Rosette, Jean (2025) by inducing tissue fractionation through
bubble activity, offering advantages such as tissue selectivity
by means of molecular
dynamics simulations in defect-free single crystals of fcc metals (Al, Cu and Ni
reported in fcc Ni and bcc Nb by Haas et al. in 2011 based on molecular
dynamics simulations. Here we use a
Molecular
dynamics (MD) is a powerful method widely used in materials science and solid
The complex
dynamics of an ensemble of dislocations in a linear defect appearing in a one