Long-wave convection in a two-layer system D. V. LyubimovS. V. Shklyaev OriginalPaper Pages: 680 - 692
Macroscopic simulation of relaxation mass transport in a porous medium B. Kh. Khuzhayorov OriginalPaper Pages: 693 - 701
Propagation of a Tollmien-Schlichting wave over the junction between rigid and compliant surfaces S. V. Manuilovich OriginalPaper Pages: 702 - 717
Critical Reynolds number in plasma flows on a stabilized plasmatron section O. A. SinkevichS. E. Chikunov OriginalPaper Pages: 718 - 728
Vortex intensification in convective cells M. F. IvanovM. E. Povarnitsyn OriginalPaper Pages: 729 - 734
Statistical model of particle motion and dispersion in an anisotropic turbulent flow V. M. AlipchenkovL. I. Zaichik OriginalPaper Pages: 735 - 747
Numerical modeling of gas-particle flows in vertical pipes and the particle collision effect A. I. KartushinskiiE. E. MichaelidesYu. A. Rudi OriginalPaper Pages: 748 - 755
Criteria of hydrodynamic instability of a phase interface in hydrothermal systems A. T. Il’ichevG. G. Tsypkin OriginalPaper Pages: 762 - 770
Microcavitation in the slow motion of a solid spherical particle along a wall in a fluid A. N. Prokunin OriginalPaper Pages: 771 - 778
Nonlinear isochronous oscillations of a fluid in a paraboloid: theory and experiment M. V. KalashnikV. O. KakhianiS. D. Tsakadze OriginalPaper Pages: 790 - 800
Experimental verification of the gas-hydraulic analogy with reference to the dam-break problem V. I. BukreevA. V. GusevI. A. Malysheva OriginalPaper Pages: 801 - 809
Internal streamwise action of saw-tooth sound waves on turbulent jets V. G. Pimshtein OriginalPaper Pages: 810 - 814
Asymptotic solution of the thin viscous shock layer equations at low Reynolds numbers for a cold surface I. G. Brykina OriginalPaper Pages: 815 - 826
Oblique shock/bow shock interference in rarefied flow past a cylinder V. N. GusevA. I. Erofeev OriginalPaper Pages: 827 - 835
Structure of a gasdynamic disturbance in a thermodynamically nonequilibrium medium with a power-law relaxation model V. G. MakaryanN. E. Molevich OriginalPaper Pages: 836 - 845
