Center for Frontiers of Subsurface Energy Security. Final Report

Autor: D. Akhbari, Y Akkutlu, S. J. Altman, M Aman, B Aminzadeh, T. Arbogast, H. G. Bagaria, M Balhoff, S. J. Bauer, P. C. Bennett, J. Bhagmane, C. W. Bielawski, J. E. Bishop, S. L. Biswal, J. A. Bollinger, M. E. Bowden, V. Boyd, S. T. Broome, S. Bryant, T Bryndzia, D Butler, B Cardenas, M Cassidy, M Cha, M.A. Chan, C Chang, k Chaudhary, X. Chen, H Chen, Y Chen, G. P. Chini, C Choens, Kirsten Chojnicki, D H Chung, D. R. Cole, K. A. Cornell, P Craddock, L. J. Criscenti, L Cui, R T Cygan, H Daigle, S R Daniel, S M Davison, H Dehghanpour, M Delshad, W Deng, T A Dewers, D DiCarlo, J Dong, Z Duan, P Eichhubl, A S Elhag, C J Ellison, D N Espinoza, D Estep, J Evans, M F Fanizza, L M Foster, E L Foster, B W Fouke, B Ganis, M Geier, R Ghosh, K Gilbert, S Gomez, E J Guiltinan, P C Hackley, C D Hardy, D B Hart, N W Hayman, B He, J E Heath, L. Alberto Hernandez-Uribe, N J Hess, M A Hesse, G J Hirasaki, T A Ho, J Ho, S A Hosseini, M Hu, C S Huang, T Hueckel, C Huh, C H Hung, A G Ilgen, T. H. Illangasekare, D R Ingram, M Iqbal, A Islan, M Jammoul, K J Javier, E W Jensen, K Jessen, H Jiang, S Jin, V Joekar-Niasar, K P Johnston, J Jung, H Jung, M Juntunen, Q Kang, L Katz, P B Kelemen, C W Kelkar, E D Kelly, R A Ketcham, Y K Kharaka, A Kianinejad, J E Killough, S Kim, K Kim, M F Kim, M F Kirk, P Kitnidis, A A Kmetz, T J Kneafsey, P Kobos, X Kong, C Kotsmar, M Krafczyk, P G Krishnamurthy, J N Kruichak, A Kucala, K Kumar, A Kwok, L Lake, E S Larson, T E Larson, S Lee, Y J Lee, J Lee, W Lee, E A Leist, W Leung, J Y Leung, Y Leung, Y Liang, E L Lin, H P Lisabeth, R Liu, H Liu, Z C Liu, M Lotfollahi, L S Luo, J Lützenkirchen, B A Lyon, K Ma, J A Maisano, J R Major, M J Martinez, E Matteo, C McFadden, L K McGrath, S A McKenna, C J McNeece, T A Meckel, A Mehmani, Y Mehmani, E Merino, A E Metaxas, A Mikelić, T E Milner, M Mirzaei, E Moaseri, P S Mozley, E M Myshakin, K B Nakshatrala, B M Neilson, P Newell, Q P Nguyen, D R Noble, J A Noguera, J E Olson, C R Omelon, M Oostrom, M R Ortiz, S Ovaysi, M L Parks, A Pasquali, L E Pastora, G Pencheva, K D Pennell, M Perego, W A Perkins, M Person, A H Peterman, R T Petersen, S Phan, D Q Pike, V Prigiobbe, M Prodanovic, L J Pyrak-Nolte, H Quintanilla, S Raduha, C L Rakowski, M J Ramos, J E Reber, P R Reddy, R A Requeiro, M C Richmond, A G Rinehart, C M Roach, M Roberts, K D Romanak, V N Romanov, P Romero-Gomez, R S Ruoff, R A Sanford, J C Santamarina, E F U Santillan, K J Sathaye, T D Scheibe, M Schonherr, M K Sen, S Senthilnathan, J A Serkowski, M Shafiei, T M Shanahan, S Shao, B Sheehan, A H El Sheikh, Z Shi, I A Shovkun, G Singh, R Singh, D T Slottke, S Sobolik, S Srinivasan, G Stadler, P H Stauffer, D F Stockli, J Stormont, E A Strack, T J Strathmann, R Suarez-Rivera, Z Sun, Y Sun, A Sun, T Sun, J D Sweetser, M Reda Taha, H Tang, Y Tang, A M Tartakovsky, G D Tartakovsky, R Tavakoli, S Tavener, C M Tenney, D Thomassen, X Tian, V Tran, N Trask, L Trevisan, T M Truskett, T T Tsotsis, D Z Turner, E E Ureña-Benavides, A J Valocchi, M Vohralik, L Wang, W Wang, B Wang, W H Wang, Y Wang, B Wen, C J Werth, M Wheeler, D White, T Wick, T W Wietsma, T Wildey, A Wilson, Jennifer Wilson, W Wolfe, A J Worthen, H Xiao, Z Xue, G Xue, C Yang, X Yang, H Yoon, K Y Yoon, I A Yotov, A Youl, K Youl, G Yu, L Zhang, C Zhang, R Zhang, T Zhen, W Zhu

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::b2dcc9f124cafe0f90ca81553a2a46d9
https://doi.org/10.2172/1503847

Simulating drainage and imbibition experiments in a high-porosity micromodel using an unstructured pore network model

Autor: S. M. Hassanizadeh, Laura J. Pyrak-Nolte, V. Joekar Niasar, C. W. J. Berentsen

Publikováno v: Water Resources Research. 45

Development of pore network models based on detailed topological data of the pore space is essential for predicting multiphase flow in porous media. In this work, an unstructured pore network model has been developed to simulate a set of drainage and

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::c6d979e4b545516aedbc6307bf537e10
https://doi.org/10.1029/2007wr006641

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Insights into the Relationships Among Capillary Pressure, Saturation, Interfacial Area and Relative Permeability Using Pore-Network Modeling.

Autor: V. Joekar-Niasar, S. Hassanizadeh, A. Leijnse

Publikováno v: Transport in Porous Media; Sep2008, Vol. 74 Issue 2, p201-219, 19p

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