Moscow Aviation Institute (National Research University)



Alexander Molchanov 4 articles
Evgeny Volkov 0 articles
Calculation of Gas Dynamics and Radiation of High-Altitude Jets
Volume 19, issue 2, 2018 year
Russian View article
PDF, 1.4 MB
Study of the condensation process in nozzles with a large degree of expansion
Volume 19, issue 2, 2018 year
Russian View article
PDF, 2.0 MB
Stream Angle Effect on Thermal Radiation of Gas and Multiphase Jet
Volume 17, issue 3, 2016 year
Russian View article
PDF, 2.6 MB
Numerical simulation of flow over axisymmetric body with annular cavity
Volume 16, issue 2, 2015 year
Russian View article
PDF, 1.1 MB
Thermal radiation simulation of vibrationally nonequilibrium gas using k-distribution method
Volume 16, issue 1, 2015 year
Russian View article
PDF, 1.5 MB
Turbulent jet similarity solution based on nonlinear models for Reynolds stresses
Volume 15, issue 4, 2014 year
Russian View article
PDF, 659.2 KB
Numerical simulation of high-speed viscous intake flow
Volume 15, issue 4, 2014 year
Russian View article
PDF, 1.1 MB
Application of the Lag turbulence model for computation of separated turbulent flows in nozzle and jet
Volume 14, issue 4, 2013 year
Russian View article
PDF, 434.0 KB
Numerical simulation of shock wave turbulent boundary layer interaction for compression corner flow
Volume 14, issue 4, 2013 year
Russian View article
PDF, 882.6 KB
Influence of non-equilibrim modifications of two-equation turbulence models on numerical prediction of turbulence/shock interaction
Volume 13, issue 4, 2012 year
Russian View article
PDF, 311.7 KB
Numerical simulation of separated flow in nozzles
Volume 9, 2010 year
Russian View article
PDF, 737.7 KB
Turbulence modeling for supersonic jet flows
Volume 9, 2010 year
Russian View article
PDF, 744.5 KB
Numerical method for supersonic turbulent jets
Volume 10, 2010 year
Russian View article
PDF, 810.9 KB
Эффективность разрушения малых примесей фреонов в воздухе импульсным самостоятельным СВЧ разрядом
Volume 3, 2005 year
Russian View article
PDF, 240.0 KB