Fault-karst systems in the deep Ordovician carbonate reservoirs in the Yingshan Formation of Tahe Oilfield Tarim Basin, China

Fine Modeling of Multiscale Fracture Cavity Fusion in Fault Solution Reservoirs Based on Multiscale Discrete Crack Modeling Method

“…8−12 From the perspective of changes in technical means and the degree of application of data, the development of seismic structural interpretation has roughly gone through four stages, namely, initial stage, development stage, continued development stage, and major development stage. 13−16 Li et al 17 classified the types of fault solution reservoirs and found that the main control factors of fault solution reservoirs are fault size, distance from faults, direction of in situ stress, and fluid alteration. Tian et al 18 used waveform indication inversion algorithms to analyze geophysical data and combined seismic impedance data to characterize reservoir geometry.…”

“…Li et al 17 classified the types of fault solution reservoirs and found that the main control factors of fault solution reservoirs are fault size, distance from faults, direction of in situ stress, and fluid alteration. Tian et al 18 used waveform indication inversion algorithms to analyze geophysical data and combined seismic impedance data to characterize reservoir geometry.…”