Research on Effectiveness and Application of Fixed-Plane Perforation Fracturing Technology in Ultra-Low-Permeability Reservoir

Table 1

Work done by researchers on hydraulic fracturing.

Author	Description
Wang et al. [2]	An improved theoretical model for the analysis of the frictional force was proposed based on microscopic contact deformation theory and a bristle model. This model can accurately describe the friction behavior and quantitatively predict the frictional resistance in horizontal drilling
He et al. [3]	This paper presents an improved RTA model of multifractured horizontal wells (MFHWs) to investigate the effects of nonuniform properties of hydraulic fractures on rate transient behaviors through the diagnostic type curves. Results indicate obvious differences in the rate decline curves among the type curves of uniform properties of fractures (UPF) and nonuniform properties of fractures (NPF)
Guo et al. [4]	The technology of directional propagation of hydraulic fracture guided by vertical multiradial slim holes is innovatively developed. The results show that directional propagation of hydraulic fractures guided by vertical multiradial slim holes is feasible
Liu et al. [5]	The effect of natural fracture development degree, in situ stress conditions, fracturing treatment parameters, and temporary plugging on fracture propagation was investigated. The results show that the NF is a key factor in determining the hydraulic fracture (HF) morphology in the tight sandstone reservoir