| 171 - 187 |
Analysis of wet pressing of paper: The three-phase model. Part II: Compressible air case
Bezanovic D, Van Duijn CJ, Kaasschieter EF |
| 189 - 201 |
Effect of the source term on steady free convection boundary layer flows over a vertical plate in a porous medium. Part II
Magyari E, Pop I, Postelnicu A |
| 203 - 218 |
The onset of convection in a viscoelastic liquid saturated anisotropic porous layer
Malashetty MS, Swamy M |
| 219 - 227 |
Coriolis effect on the stability of centrifugally driven convection in a rotating anisotropic porous layer subjected to gravity
Govender S |
| 229 - 241 |
Onset of buoyancy-driven instability in porous media melted from below
Hong JS, Kim MC, Choi CK |
| 243 - 274 |
On ions transport during drying in a porous medium
Sghaier N, Prat M, Ben Nasrallah S |
| 275 - 296 |
Thermomechanics of porous media - II: thermo-hydro-mechanical model for compacted bentonite
Jussila P, Ruokolainen J |
| 297 - 315 |
Fluid convection in a rotating porous layer under modulated temperature on the boundaries
Bhadauria BS |
| 317 - 322 |
Spontaneous liquid uplift in biliquid capillary siphons
Guo Z, Cao YD |
| 323 - 328 |
An analogy between a gravity modulated porous layer heated from below and the inverted pendulum with an oscillating pivot point
Govender S |
| 329 - 334 |
Temperature effect on power for particle detachment from pore wall described by an Arrhenius-type equation
Civan F |
