Cai, Jianchao||Zhang, Zhien||Sun, Shuyu||Habibi, Ali <br/><br/>
Emerging Advances in Petrophysics. Porous Media Characterization and Modeling of Multiphase Flow 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>liquid rate||particle size||greenhouse gas emission||wellbore multiphase flow||oscillating motion||oil tanker||Lattice Boltzmann method||base-level cycle||fracture characterization and prediction||submarine landslide||Wilkins equation||bulk density||low-temperature nitrogen adsorption||unconventional reservoirs||air-entry value||fractal model||tight sandstone||hazard prevention||South China Sea||loose media||soil-water characteristic curve||tight conglomerate||supercritical CO2||creep||seepage resistance||classification||mouth bar sand body||Peng-Robinson equation of state (PR EOS)||digital rock||methane||coal||marine gas hydrate||pore structure||acoustic emission||porous media||damage||initial void ratio||Huanghua Depression||fractal method||gas rate||petrophysics||fractal porous media||true density||multilayer reservoir||microfractures||multifractal||overburden pressure||turbulence modelling||numerical simulation||diffusion coefficient||inclined angle||Ordos Basin||producing degree||pore-scale simulations||lifecycle management||porosity||fractal dimension||fractional derivative||interlayer interference||isotopic composition||non-laminar flow||temperature drop||CT||Bakken Formation||salt rock||gas hydrate||multiphase flow||oil properties||pressure drawdown model with new coefficients||controlling factors