| 601 - 621 |
Applicability of the chosen turbulence models in numerical investigations of flows around a body with stream separation
Kabacinski M, Pospolita J |
| 623 - 632 |
Modelling of a turbulent flow using the Herschel-Bulkley rheological model
Bartosik A |
| 633 - 643 |
Magnetic convection in a cylindrical enclosure
Fornalik E, Filar P, Ozoe H, Szmyd JS |
| 645 - 656 |
Gas-solids mixture flow through a two-bend system
Borsuk G, Dobrowolski B, Wydrych J |
| 657 - 668 |
Influence of the stream swirl on the characteristics of the measuring orifice
Dobrowolski B, Krkcisz K |
| 669 - 684 |
Modelling of the laminar-turbulent transition with the use of intermittency transport equation
Piotrowski W, Elsner W |
| 685 - 694 |
Numerical modelling of aerodynamic noise with the use of URANS and Euler methods
Dykas S, Wroblewski W, Chmielniak T |
| 695 - 705 |
Unsteady heat transfer from a circular cylinder in a turbulent oscillation flow
Podolski M |
| 707 - 719 |
Modelling of 2D flows in complex geometry by the vortex particle method
Kudela H, Malecha ZM |
| 721 - 735 |
Interference of unsteady phenomena in flow around bluff-bodies arrangement
Jarza A, Gnatowska R |
| 737 - 760 |
Numerical resolution of incompressible Navier-Stokes equations in the stream function formulation
Kosma Z |
| 761 - 781 |
Numerical simulations of viscous fluid motions using the artificial compressibility method
Kosma Z, Noga B |
| 783 - 802 |
Modelling of the free surface flow with high resolution schemes
Waclawczyk T, Koronowicz T |
| 803 - 816 |
Theoretical and experimental study of fluid flow rate measurement with the elbow meter
Malinowski L, Rup K |
| 817 - 832 |
Vorticity particle method for the modelling of three-dimensional flows
Kudela H, Regucki P |
| 833 - 845 |
Investigation of the boundary layer eruption by vortex particle method
Kudela H, Malecha ZM |
| 847 - 857 |
Cavitation in viscous and viscoelastic liquids
Wojs K, Sitka A, Redzicki R |
| 859 - 874 |
Phenomena of flow of zeotropic mixture of refrigerants with a high gradient pressure drop
Krolicki Z, Florek R, Bialko B |
| 875 - 887 |
The influence of the reynolds number on velocity distribution behind pipe sudden expansion
Jezowiecka-Kabsch K, Strzelecka K |
| 889 - 899 |
Influence of heterogeneous surface on fluid flow in mechanical seals
Antoszewski B, Rokicki J |
| 901 - 913 |
The effect of surface roughness on the wake behind circular cylinder
Zarzycki R, Elsner W |
| 915 - 933 |
Modelling of transient flow during water hammer considering cavitation in pressure pipes
Zarzycki Z, Urbanowicz K |
| 935 - 950 |
Determination of production rate of turbulent spots using wavelet analysis
Elsner W, Wysocki M, Drobniak S |
| 951 - 963 |
Numerical simulation of the isothermal and nonisothermal flow in a rotating cavity
Zielinski A, Tuliszka-Sznitko E |
| 965 - 974 |
The flow phenomena caused by polymer and surfactant additives
Matras Z, Walczak S |
| 975 - 983 |
The identification of complex properties of non-Newtonian fluids
Matras Z, Walczak S |
| 985 - 997 |
Experimental and numerical analysis of a streamwise vortex generator for subsonic flow
Flaszynski P, Szwaba R |
| 999 - 1013 |
Mathematical modelling of a three-dimensional PEM fuel cell
Stepien M, Boguslawski A |
| 1015 - 1029 |
Application of the influence matrix method for multi-domain solution of the Navier-Stokes equations
Kubacki S, Boguslawski A |
