GEOS: A performance portable multi-physics simulation
framework for subsurface applications

Settgast, Randolph R.; Aronson, Ryan M.; Besset, Julien R.; Borio, Andrea; Bui, Quan M.; Byer, Thomas J.; Castelletto, Nicola; Citrain, Aurélien; Corbett, Benjamin C.; Corbett, James; Cordier, Philippe; Cremon, Matthias A.; Crook, Cameron M.; Cusini, Matteo; Fei, Fan; Frambati, Stefano; Franc, Jacques; Franceschini, Andrea; Frigo, Matteo; Fu, Pengcheng; Gazzola, Thomas; Gross, Herve; Hamon, Francois; Han, Brian M.; Hao, Yue; Hasanzade, Rasim; Homel, Michael; Huang, Jian; Jin, Tao; Ju, Isaac; Kachuma, Dickson; Karimi-Fard, Mohammad; Kim, Taeho; Klevtsov, Sergey; Lapene, Alexandre; Magri, Victor A. P.; Mazuyer, Antoine; N’diaye, Mamadou; Osei-Kuffuor, Daniel; Povolny, Stefan; Ren, Guotong; Semnani, Shabnam J.; Sherman, Chris S.; Rey, Melvin; Tchelepi, Hamdi A.; Tobin, William R.; Tomin, Pavel; Untereiner, Lionel; Vargas, Arturo; Waziri, Sohail; Wen, Xianhuan; White, Joshua A.; Wu, Hui

doi:10.21105/joss.06973

JOSS

2024

DOI: 10.21105/joss.06973

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GEOS: A performance portable multi-physics simulation framework for subsurface applications

Randolph R. Settgast,

Ryan M. Aronson,

Julien R. Besset

et al.

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Pressure stability in explicitly coupled simulations of poromechanics with application to CO2 sequestration

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GEOS: A performance portable multi-physics simulation framework for subsurface applications

Cited by 1 publication

References 14 publications

Pressure stability in explicitly coupled simulations of poromechanics with application to CO2 sequestration

Pressure stability in explicitly coupled simulations of poromechanics with application to CO2 sequestration

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