I. Golubkina

发表

Aerodynamic Focusing of Microparticles in Gas Flows With Shock Waves

O. Rybdylova, A. Osiptsov, I. Golubkina, 2013 .

Supersonic low-concentration dusty-gas flow past a plane cylinder in the presence of an oblique shock wave interacting with the bow shock

V. Sakharov, A. Osiptsov, I. Golubkina, 2011 .

Dusty shock wave interaction – formation of fully dispersed waves and particle focusing effect

A. Osiptsov, I. Golubkina, 2011 .

Shock wave interaction in a dusty gas and the appearance of fully dispersed waves

A. Osiptsov, I. Golubkina, 2010 .

Application of boundary element method to Stokes flows over a striped superhydrophobic surface with trapped gas bubbles

A. Osiptsov, I. Golubkina, A. Ageev, 2018 .

Slow viscous flow near a superhydrophobic surface with trapped gas bubbles

A. Osiptsov, I. Golubkina, A. Ageev, 2017 .

Compressible gas-droplet flow and heat transfer behind a condensation shock in an expanding channel

A. Osiptsov, I. Golubkina, 2022, International Journal of Thermal Sciences.

The Effect of Admixture of Non-Evaporating Droplets on the Flow Structure and Adiabatic Wall Temperature in a Compressible Two-Phase Boundary Layer

A. Osiptsov, I. Golubkina, 2019, Fluid Dynamics.

Partly and Fully Dispersed Compression Waves in a Gas-Droplet Mixture with Phase Transitions

A. Osiptsov, I. Golubkina, 2022, Fluid Dynamics.

Aerodynamic focusing of inertial particles in the shock-wave intersection region

A. Osiptsov, I. Golubkina, 2007 .