Modeling and measurement of the effective drag coefficient in decelerating and non-accelerating turbulent gas—solids dilute phase flow of large parti von Littman, H., Morgan, M.H., Paccione, J.D., Jovanovic, S.Dj, Grbavcic, Z.B.

Volltext

Hydrodynamic modeling of vertical non-accelerating gas-solids flow von GARIC, R. V, GRBAVCIC, Z. B, JOVANOVIC, S. D

Volltext

Hydrodynamic modeling of vertical accelerating gas-solids flow von GRBAVCIC, Z. B, GARIC, R. V, JOVANOVIC, S. D, ROZIC, L. S

Volltext

Hydrodynamic modeling of vertical accelerating gas–solid flow von GRBAVCIC, Z. B, GARIC, R. V, JOVANOVIC, S. D, ROZIC, L. S

Volltext

Hydrodynamic modeling of vertical liquid-solids flow von Grbavčić, Ž.B., Garić, R.V., Vuković, D.V., Hadžismajlović, Dž.E., Littman, H., Morgan, M.H., Jovanović, S.Dj

Volltext

Effect of particle diameter, particle density and loading ratio on the effective drag coefficient in steady turbulent gas-solids transport von Littman, H., Morgan, M.H., Jovanovic, S.Dj, Paccione, J.D., Grbavcic, Z.B., Vukovic, D.V.

Volltext

The effective buoyancy and drag on spheres in a water-fluidized bed von Grbavčić, Ž.B., Vuković, D.V., Jovanović, S.D.J., Littman, H.

Volltext