Fracture Geometry Modeling
Fracture Geometry Modeling is a computational and mathematical framework that characterizes the spatial configuration, dimensions, and connectivity of hydraulically induced fractures in subsurface formations by integrating geomechanical principles, fluid dynamics, and diagnostic data to predict fracture network evolution in the context of well stimulation and reservoir flow optimization.
329
Publications
13.3K
Citations
1K
Authors
278
Institutions
Publications per year
2017–2026
125
329
How Natural Fractures Could Affect Hydraulic-Fracture Geometry
Arash Dahi Taleghani, Jon E. Olson · SPE Journal · 2013 · 246 citations
Engineering, Earth Sciences, Geology +17
1–5 of 329
1K
9
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7
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7
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278

China University of Petroleum, Beijing
Beijing, China
17 h-index
74 publications
2.3K citations
Texas A&M University
College Station, United States
17 h-index
53 publications
2.3K citations
The University of Texas at Austin
Austin, United States
15 h-index
41 publications
1.9K citations
Mitchell Institute
Portland, United States
13 h-index
34 publications
1.6K citations
Southwest Petroleum University
Chengdu, China
12 h-index
48 publications
1.8K citations
Schlumberger (British Virgin Islands)
Road Town, British Virgin Islands
11 h-index
45 publications
813 citations
China University of Petroleum, East China
Qingdao, China
11 h-index
38 publications
1.2K citations
State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation
Chengdu, China
10 h-index
36 publications
1K citations
1–8 of 278
21 publications · 592 citations
16
h-index
14 publications · 1.1K citations
12
h-index
Conference · 11 publications · 429 citations
11
h-index
JPT · 11 publications · 861 citations
11
h-index
11 publications · 457 citations
11
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1–5