Upscaling Tensorial Permeability Fields Based on {G}Gaussian Markov Random Field Models and the Hybrid Mixed Finite Element Method
Publication
, Journal Article
Bi, Z; Higdon, D; Lee, H; Trangenstein, J
Published in: SPE Journal
2002
Duke Scholars
Published In
SPE Journal
Publication Date
2002
Related Subject Headings
- Energy
- 0914 Resources Engineering and Extractive Metallurgy
- 0404 Geophysics
- 0403 Geology
Citation
APA
Chicago
ICMJE
MLA
NLM
Bi, Z., Higdon, D., Lee, H., & Trangenstein, J. (2002). Upscaling Tensorial Permeability Fields Based on {G}Gaussian Markov Random Field Models and the Hybrid Mixed Finite Element Method (Submitted). SPE Journal.
Bi, Zhuoxin, David Higdon, Herbert Lee, and J. Trangenstein. “Upscaling Tensorial Permeability Fields Based on {G}Gaussian Markov Random Field Models and the Hybrid Mixed Finite Element Method (Submitted).” SPE Journal, 2002.
Bi Z, Higdon D, Lee H, Trangenstein J. Upscaling Tensorial Permeability Fields Based on {G}Gaussian Markov Random Field Models and the Hybrid Mixed Finite Element Method (Submitted). SPE Journal. 2002;
Bi, Zhuoxin, et al. “Upscaling Tensorial Permeability Fields Based on {G}Gaussian Markov Random Field Models and the Hybrid Mixed Finite Element Method (Submitted).” SPE Journal, 2002.
Bi Z, Higdon D, Lee H, Trangenstein J. Upscaling Tensorial Permeability Fields Based on {G}Gaussian Markov Random Field Models and the Hybrid Mixed Finite Element Method (Submitted). SPE Journal. 2002;
Published In
SPE Journal
Publication Date
2002
Related Subject Headings
- Energy
- 0914 Resources Engineering and Extractive Metallurgy
- 0404 Geophysics
- 0403 Geology