V. Stegailov

Organizations
Articles

Atomistic simulation of melting and superheatingof si methane hydrate Volume 14, issue 2, 2013 year	Russian	View article PDF, 421.9 KB
Studing of graphite melting line with md simulations Volume 14, issue 2, 2013 year	Russian	View article PDF, 299.5 KB
Study of laser ablation of gold by molecular-dynamics method Volume 14, issue 2, 2013 year	Russian	View article PDF, 244.3 KB
Diffusion in ionic liquids. Classical molecular dynamic study Volume 14, issue 2, 2013 year	Russian	View article PDF, 679.2 KB
Abnormal kinetic temperature of charged dust particles in plasmas Volume 11, 2011 year	Russian	View article PDF, 1.2 MB
Excited states of the warm dense matter Volume 11, 2011 year	Russian	View article PDF, 607.2 KB
Atomistic simulation of the interaction of electrolyte with graphite nanostructures in advanced supercapacitors Volume 11, 2011 year	Russian	View article PDF, 514.2 KB
Electron-phonon relaxation in metals under nonequilibrium excitation of the electron subsystem Volume 11, 2011 year	Russian	View article PDF, 455.2 KB
Application of the theory of parametric resonance to the study phenomena in dusty plasma Volume 9, 2010 year	Russian	View article PDF, 284.6 KB
Influence of material microstructure on dynamic plasticity and spall strength: molecular-dynamic simulations Volume 9, 2010 year	Russian	View article PDF, 749.1 KB
Kinetic model of spall in simple liquids Volume 9, 2010 year	Russian	View article PDF, 310.7 KB
Atomistic simulations of plasticity and fracture in nanocrystalline copper under high strain rates Volume 7, 2008 year	Russian	View article PDF, 410.7 KB
Model of al crystal fracture under high-rate strain based on molecular-dynamic simulations Volume 7, 2008 year	Russian	View article PDF, 507.4 KB
Modeling of the edge dislocation dynamics and interaction with nanoprecipitates at high strain rates Volume 7, 2008 year	Russian	View article PDF, 543.5 KB
Multiscale modelling of plasticity and fracture of metals under high strain rate Volume 7, 2008 year	Russian	View article PDF, 1.0 MB