Pore-Scale Dis伛ace is a computational and experimental modeling approach within reservoir engineering that specifically characterizes the mechanism of fluid-fluid displacement at the microscopic level of individual rock pores during Carbon Dioxide Flooding, distinguishing itself by resolving interfacial dynamics, wettability effects, and capillary forces governing phase behavior in porous media.
229
Publications
14.8K
Citations
702
Authors
235
Institutions
Publications per year
2017–2026
115
Parents
Publications
229
Real-time 3D imaging of Haines jumps in porous media flow
Steffen Berg, Holger Ott, Stephan A Klapp et al. · Proceedings of the National Academy of Sciences · 2013 · 656 citations · Full text
Engineering, Earth Sciences, Geology +17
Changyong Zhang, Mart Oostrom, Thomas Wietsma et al. · Energy & Fuels · 2011 · 531 citations
1–5 of 229
Authors
702
- MJ
16
h-index
- MP
12
h-index
- BB
10
h-index
- SB
8
h-index
- KS
8
h-index
1–5 of 702
Institutions
235
Imperial College London
London, United Kingdom
19 h-index
61 publications
4.4K citations
China University of Petroleum, East China
Qingdao, China
14 h-index
62 publications
2.8K citations
University of Wyoming
Laramie, United States
14 h-index
39 publications
1.9K citations
UNSW Sydney
Sydney, Australia
11 h-index
26 publications
1.3K citations
Heriot-Watt University
Edinburgh, United Kingdom
10 h-index
22 publications
1.2K citations
Dalian University of Technology
Dalian, China
8 h-index
45 publications
2.2K citations
China University of Petroleum, Beijing
Beijing, China
8 h-index
36 publications
1.5K citations
Shell (Netherlands)
The Hague, The Netherlands
8 h-index
26 publications
7.4K citations
1–8 of 235
Venues
- Energy & Fuels
18 publications · 1.2K citations
14
h-index
- Water Resources Research
13 publications · 1K citations
13
h-index
- Physics of Fluids
10 publications · 441 citations
10
h-index
- Advances in Water Resources
11 publications · 916 citations
10
h-index
- Transport in Porous Media
9 publications · 748 citations
9
h-index
1–5