| 499 - 519 |
A Heuristic Insight on End-Point Calculation and a New Phase Interference Parameter in Two-Phase Relative Permeability Curves for Horizontal Fracture Flow
Ranjbaran Mohammad, Shad Saeed, Taghikhani Vahid, Ayatollahi Shahab |
| 521 - 538 |
Polymer Flow Through Porous Media: Numerical Prediction of the Contribution of Slip to the Apparent Viscosity
Zami-Pierre F., de Loubens R., Quintard M., Davit Y. |
| 539 - 553 |
Local Thermal Non-equilibrium Analysis of the Instability in a Vertical Porous Slab with Permeable Sidewalls
Celli M., Barletta A., Rees D. A. S. |
| 555 - 584 |
Technical Notes on Volume Averaging in Porous Media I: How to Choose a Spatial Averaging Operator for Periodic and Quasiperiodic Structures
Davit Yohan, Quintard Michel |
| 585 - 609 |
A Pedagogical Approach to the Thermodynamically Constrained Averaging Theory
Miller Cass T., Valdes-Parada Francisco J., Wood Brian D. |
| 611 - 632 |
Dynamic Wicking Process in Textiles
Parada Marcelo, Vontobel Peter, Rossi Rene M., Derome Dominique, Carmeliet Jan |
| 633 - 647 |
Detachment Characteristics of Deposited Particles in Porous Medium: Experimentation and Modeling
Cui Xianze, Liu Quansheng, Zhang Chengyuan |
| 649 - 672 |
An Alternative Approach to Predicting Reservoir Performance in a Coalbed Methane (CBM) Well Flowing Under Dominant Matrix Shrinkage Effect
Upadhyay Rajeev, Laik Sukumar |
| 673 - 688 |
On the Properties of the Parameter Space of the Generalized Continuum Transport Model for Description of Fluid Flow in Porous Networks
Vasilyev Leonid, Nordbotten Jan Martin, Radu Adrian Florin, Kumar Kundan |
| 689 - 706 |
A New Cleat Volume Compressibility Determination Method and Corresponding Modification to Coal Permeability Model
Zeng Quanshu, Wang Zhiming |
| 707 - 738 |
A Novel Relative Permeability Model Based on Mixture Theory Approach Accounting for Solid-Fluid and Fluid-Fluid Interactions
Standnes Dag Chun, Evje Steinar, Andersen Pal Ostebo |
| 739 - 754 |
Analysis of Broken Coal Permeability Evolution Under Cyclic Loading and Unloading Conditions by the Model Based on the Hertz Contact Deformation Principle
Zhang Cun, Tu Shihao, Zhang Lei |
