Future Advances in Basin Modeling: Suggestions from Current Observations, Analyses, and Simulations (MDPI - Multidisciplinary Digital Publishing Institute, 2021)
Keywords: atmospheric pressure tides; basin modeling; basin modelling; capillary seals; chalk; chemical alteration; compaction; computer simulations; conductivity effects on maturation; critical state physics; crustal flow channeling; crustal fluid flow; crustal fracture imaging; crustal fracture seismics; crustal power law scaling; crustal sills; crustal well-core poroperm; diagenesis; direct inversion method of fault slip analysis; diurnal hydrogen gas venting; draining faults; earth tides; faults; finite element method; flexural stress; fluid flow; fracture connectivity; fracture mapping; fracture seismic; gas seeps; geohistory evolution; Glaciations; H2 exploration; H2 venting; hydro-mechanical coupling; hydrocarbon and mineral resources; hydrocarbon migration; hydrogen economy; intra-cratonic basin; isostasy; isostatic adjustment; lognormal; magmatic intrusions; modeling principles; modelling; multiscale/multiphysics basin modeling; n/a; native hydrogen; natural hydrogen vents; normal faulting; paleo tectonic principal stress orientations; passive margins; passive seismic; permeability; petroleum system; pink noise; porosity; pulsing gas emission; radiolysis; Reference, Information and Interdisciplinary subjects; Research and information: general; resources; rock failure; rock—fluid interaction; salt; salt structures; Sao Francisco Basin; sedimentary basins; serpentinization; sill intrusions; source rock maturation; steady state; stress; stress modeling; temperature effects; thermal modeling; thermo-hydro-mechanical model; transient thermal effects; volcanic basins; water weakening; well-log spectral scaling; west-central New Hampshire