... the drainage area. Net pressure and stress shadowing play a significant role in the design of cluster spacing, proppant selection, fluid selection, and resulting fracture geometry. This paper will review an operator’s case study designed to quantify stress shadowing and fracture net pressure using multiple...

.... reservoir characterization pressure transient testing pressure transient analysis drillstem testing deepwater fracpack orientation hydraulic fracturing drillstem/well testing reservoir geomechanics upstream oil & gas wellbore trajectory net pressure breakdown pressure geomechanical...

... geomechanics fracturing fluid hydraulic fracturing fracture characterization calculation fracture toughness fracturing materials structural geology displacement stress intensity factor fracture containment case history fracture height sif horizontal component propagation net pressure collinear...

... hydraulic fracturing pressure transient testing compressibility correct fep blowdown fep coefficient interpretation net pressure tortuosity reservoir geomechanics drilling operation drillstem/well testing pressure decline near-well friction fracture extension gradient restriction...

... amongst researchers because of its critical influence on well performance. This paper revisits some of the existing height-growth models and discusses the evaluation process of a new and modified model developed after incorporating additional constraints.The net-pressure is the primary driver behind...

... complex reservoir this well upstream oil & gas stimulation fracturing fluid presented coal bed methane proppant pilot study walloon coal measure perforation surat basin communication vertical growth petroleum engineer australia history match placement standoff net pressure...

... artificial intelligence upstream oil & gas reservoir characterization drillstem testing fracture dimension ffep reservoir geomechanics pressure transient testing fracture extension pressure net pressure calculation pressure response dfit petroleum engineer gradient efficiency...

..., (4) proppant settling versus trapping, (5) applications of Rate-Transient Analysis (RTA), (6) net pressure matching, (7) Initial Shut-In Pressure (ISIP) trends along the wellbore, and (8) the effect of understressed/underpressured layers. We discuss practical modeling decisions in the context...

... fracture diagnosis includes hydraulic fracturing modeling of net pressure ( Nolte and Smith, 1981 ; Huang et al., 2016 ) and pressures transient analysis ( Xue et al., 2019 ). In a recent study by Ugueto et al. (2019) defined three fracture diagnosis regions, which include the wellbore region...

... of the number of propagating fractures, their length, height, net pressure, and the monitoring well fracture geometry on the observed pressure change. Based on this understanding, an inversion algorithm is developed to convert the recorded poroelastic pressure into the dimensions of the propagating fractures...

.... fracturing materials Upstream Oil & Gas hydraulic fracturing formation face pressure proppant calculation net pressure pressure gauge fracture closure pressure diameter closure pressure friction viscosity acid bottomhole pressure real time system perforation fracture wellbore...

... of perforations that are in contact with fluid flow). hydraulic fracturing injection pressure inner fracture fracture inlet net pressure Upstream Oil & Gas fracture toughness multiple fracture hydraulic fracture propagation perforation stress contrast artificial intelligence single fracture...

... fractures propagations when the completion is initiated in the clay-rich facies. Stages completed in facies A show a high near well-bore pressure loss and a low net pressure, which is consistent with the notion of shale choke, where fracture propagation is limited to the near well-bore. On the contrary...

... & Simulation natural fracture net pressure microseismic data fracture length fracture model fracture geometry fracture conductivity perf cluster CEP completion calibration perforation cluster hydraulic fracture society of petroleum engineers Introduction Successful development...

... takes a trained completion engineer only a few minutes to complete. stress plateau hydraulic fracturing net pressure horizontal-stress anisotropy isip analysis Upstream Oil & Gas fracture height perforation cluster stress escalation equation shut-in pressure stress load stress...

...Fracture Treatment Analysis Abstract Accurate prediction of net hydraulic fracture propagation pressure is often impossible. Under some conditions the pressure drop along the fracture dominates while in other cases the pressure at the tip determines the net pressure. Properly scaled lab...

... with various rock mechanical properties. Then, the equilibrium height can be used to (1) provide input data for 2D model, (2) improve 3D model governing equations, (3) determine the net pressure needed to achieve a certain height growth, and (4) obtain the maximum net pressure assuring no fracture invasion...

... Abstract This paper provides an argument for considering turbulent flow for hydraulic fracturing using slickwater in shale reservoirs. It shows that the tendency of models that assume laminar fluid flow to over-predict fracture length and under-predict net pressure can be corrected by instead...

... of the elastic T-shaped fracture contact with frictional and cohesional interfaces. The model evaluates the fracture blunting and the shear activation of the interfaces. It predicts the buildup of the net pressure necessary for the fracture to cross the given interface. Next we conduct numerical simulations...

... condition Implementation traction Upstream Oil & Gas Simulation pressure distribution fracture propagation interface fracture path net pressure boundary fracture displacement critical stress propagation permeability stress tensor cohesive zone equation Introduction Fracturing...