187 - 205 |
Application of Fractional Differential Equations for Modeling the Anomalous Diffusion of Contaminant from Fracture into Porous Rock Matrix with Bordering Alteration Zone Fomin S, Chugunov V, Hashida T |
207 - 217 |
Flow Through Super-elliptic Ducts Filled with a Darcy-Brinkman Medium Wang CY |
219 - 240 |
Compressed Air Flow within Aquifer Reservoirs of CAES Plants Kushnir R, Ullmann A, Dayan A |
241 - 259 |
Finite Element-Based Characterization of Pore-Scale Geometry and Its Impact on Fluid Flow Akanji LT, Matthai SK |
261 - 275 |
Slow Motion of an Assemblage of Porous Spherical Shells Relative to a Fluid Keh MP, Keh HJ |
277 - 293 |
Characterizing the Gas Permeability of Natural and Synthetic Materials Barral C, Oxarango L, Pierson P |
295 - 303 |
The Flow Analysis of Viscoelastic Fluid with Fractional Order Derivative in Horizontal Well Wang QH, Tong DK |
305 - 315 |
Characterization of Single-Phase Flow Through Carbonate Rocks: Quantitative Comparison of NMR Flow Propagator Measurements with a Realistic Pore Network Model Zhao WS, Picard G, Leu G, Singer PM |
317 - 339 |
A Reexamination of the Classical PKN Model of Hydraulic Fracture Kovalyshen Y, Detournay E |
341 - 360 |
Analytical Modeling of Soil Solution Monitoring by Diffusion in Porous Cups Shaw BD, Tuli A, Wei JB, Hopmans JW |
361 - 363 |
Comments on the Article Titled'The Starting Flow in Ducts Filled with a Darcy-Brinkman Medium,' Transport in Porous Media, 75, 55-62, 2008 Alkam MK, Al-Nimr MA |
365 - 365 |
Response to Comments on the Article Titled'The Starting Flow in Ducts Filled with a Darcy-Brinkman Medium' Wang CY |