Mechanical Responses and Permeability Evolution in Porous Sandstones Under Cyclic Loading Conditions: Implications for Subsurface Hydrogen Storage - Wen, Ming; Harpers, Nick; Inskip, Nathaniel Forbes; Buckman, Jim; Singh, Kamaljit; Miller, Paul; Busch, Andreas (Rock mechanics and rock engineering, 2025)
Keywords: Alternative energy sources; Aquifers; Axial strain; Civil Engineering; Compaction; Compression; Computed tomography; Confining; Cracking (corrosion); Cyclic loading; Cyclic loads; Deformation; Dilatancy; Earth and Environmental Science; Earth Sciences; Edge dislocations; Experiments; Fluctuations; Fossil fuels; Gases; Geophysics/Geodesy; Grain size; Grain size distribution; Hydrogen; Hydrogen storage; Hysteresis loops; Mechanical properties; Membrane permeability; Microstructural analysis; Microstructure; Natural gas; Oil and gas operations; Original Paper; Permeability; Pore pressure; Pore water pressure; Porosity; Pressure; Quartz; Renewable resources; Reservoir storage; Reservoirs; Rocks; Sandstone; Sedimentary rocks; Shear; Shear bands; Size distribution; Strain; Underground storage; United States--US; Cyclic loading; Micro-CT; Porous sandstones; Underground hydrogen storage; Permeability evolution