Mechanistic Flow Modeling is a theoretical framework in multiphase flow analysis that physically represents the governing transport phenomena and interfacial interactions based on fundamental conservation laws and empirical closure relationships to predict flow behavior in three-phase systems.
96
Publications
3.1K
Citations
263
Authors
91
Institutions
Publications per year
2017–2026
24
Parents
Publications
96
1–5 of 96
Authors
263
- KS
6
h-index
- CS
6
h-index
- KA
6
h-index
- TE
3
h-index
- HO
3
h-index
1–5 of 263
Institutions
91
University of Tulsa
Tulsa, United States
12 h-index
38 publications
1.4K citations
The University of Texas at Austin
Austin, United States
8 h-index
21 publications
563 citations
Pennsylvania State University
State College, United States
6 h-index
12 publications
335 citations
Stanford University
Stanford, United States
5 h-index
12 publications
830 citations
Rensselaer Polytechnic Institute
Troy, United States
4 h-index
7 publications
105 citations
University of Calgary
Calgary, Canada
4 h-index
9 publications
380 citations
Tokyo Institute of Technology
Tokyo, Japan
3 h-index
9 publications
93 citations
Petrobras (Brazil)
Rio de Janeiro, Brazil
3 h-index
4 publications
143 citations
1–8 of 91
Venues
- SPE Annual Technical Conference and Exhibition
Conference · 8 publications · 228 citations
8
h-index
- Journal of Petroleum Science and Engineering
6 publications · 260 citations
6
h-index
- Nuclear Engineering and Design
5 publications · 76 citations
5
h-index
- SPE Journal
3 publications · 83 citations
3
h-index
- Journal of Heat Transfer
3 publications · 100 citations
3
h-index
1–5