Laboratory friction-permeability response of rock fractures: a review and new insights

Friction-permeability response of rock fractures is a fundamental issue in developing geo-energy extraction and storage. This review aims to summarize promote our understanding friction-permeability relationships for inspire us create robust solutions engineering puzzles. From perspective laboratory experiments, we the common methods provide state-of-the-art discussions on frictional instability fractures, permeability evolution interaction fractures. We particularly revisit few published data sets investigate critical factors influencing shear-induced such as effective normal stress, shear displacement, properties. also extend present analytical experimental studies explore new insights into The transition between aseismic seismic slip associated not only with changes stress fluid pressure but clamping driving stresses well develop differently regions near an injection point, resulting complexity fracture instability.