... a transient pressure behavior that is characteristic of linear geometry. The boundary of the linear flow behavior is associated with the extra-heavy oil zone not affected by steam. Furthermore, subsequent to a period of continuous gas injection (as opposed to the previous cyclic gas injection...

... area upstream oil & gas lateral section thickness geometry resistivity igneous rock evaluation characterization landing point Introduction The Late Jurassic-Early Cretaceous Vaca Muerta Formation is composed of organic-rich calcareous mudstones and represents the main self-sourced...

... elongation due to real-time tension and compression. wear factor tool joint elongation bop ram real time system calculation upstream oil & gas tubular element axial force application drag model obstruction drillstring design information geometry external diameter annular preventor...

.... To understand the capability necessary to land a capping stack onto a blowing well, the incorporation of flow rate, gas/oil ratio, exit geometry, and metocean conditions are required to create a high-fidelity analysis. Landing dynamics assessments must incorporate Computational Fluid Dynamics (CFD...

... separator pressure Technology Conference permeability fracture choke diameter perforation Simulation diameter dual porosity model fracture geometry matrix dual porosity modeling fracture permeability geometry Introduction The study wells produce from the Vaca Muerta formation...

... in a rather simple fashion by adding fractures to the proposed distribution with adequate fracture strengths. Upstream Oil & Gas Simulation geometry hydraulic fracturing pore pressure mechanical property reservoir geomechanics displacement hydraulic fracture simulation Reservoir...

... considering the 60° of blade angle in a swirl generator section. production control separator separation efficiency geometry separation and treating Upstream Oil & Gas flow rate evaluation production monitoring gas liquid axial cyclone separator pressure drop experimental evaluation...

... this model towards more complex subsurface conditions. Modeling & Simulation Upstream Oil & Gas reservoir pressure glbm simulation reservoir simulation Simulation pressure profile boundary condition hydraulic fracturing node time step geometry lattice node distribution function...

... in a rhombohedral-packing geometry with dual-sphere array. It was tested for different multiphase models available. A quantitative comparison with analytic-experimental models shows excellent results. The simulated displacement of the fluids is qualitatively comparable to those reported by visual experiments...

... reservoir characterization engineering fractal geometry complex reservoir vug geometry connectivity fracture fracture system fractal dimension permeability nfvr spe 153310 modeling & simulation nfr porosity matrix fractured reservoir Introduction Naturally fractured carbonate...

... behavior of drilling fluids. This paper presents a new analytical solution, which is casted into a simplified model (dimensionless correlation) to predict pressure surge in a more convenient way. The steady state laminar flow equation is solved for narrow slot geometry to approximate the flow...

... (TCC's) were most effective when set behind and between the primary cutting structure ( Figure 3 ). Variation in the geometry, tip offset, and material of the inserts provided the capability of matching the design to the specific drive and parameters, allowing the torque vs. WOB relationship...

... correlation tool joint machine learning drilling fluid management & disposal flow metering Upstream Oil & Gas discharge coefficient geometry annular pipe spe 122072 annular flow drilling fluid flow diameter evaluation friction factor correlation Introduction Drilling hydraulics...

... log gage length microtortuosity issue tortuosity caliper geometry severity Wellbore Quality society of petroleum engineers application design customization process provide customization process provide immediate solution Introduction Micro-tortuosity has been widely studied in terms...

... of this technology are given. Upstream Oil & Gas wavelength Wave Equation geometry Fluid Dynamics Wave phenomenon Venkitaraman interference pattern Reservoir Characterization frequency stimulation interphase ultrasound van der ba penetration placement flow in porous media attenuation...

... Abstract This paper describes the first application of radial perforation technology with hydraulic jet and coiled tubing in deep wells with complex geometry. Radial perforation technique utilizing hydraulic energy is being used in different places around the world with good results. Its main...

... was necessary in order to obtain a well-supported fluid distribution model. The analysis of the large number of data allowed defining the geometry of the Tar mat (asphaltene content > 20%), which is folded/faulted according to the structure and considered as a sealed layer in reservoir conditions...

... through the bore-face.Multilayer cylindrical of heterogeneous materials in perfect thermal contact and with constant physical properties composes the geometry of the problem. The heat conduction equation is evaluated through the separation-of-variables method, using Bessel functions.The problem domain...

... horizontal-section well efficiency shear rate geometry society petroleum engineering conference viscosity flow rate riser annulus annulus 12 1 4 Introduction In a well, replacement fluid operations during drilling and completion need a detailed design to assure its efficiency...

... Abstract We present here a simplified, analytical 2D model of sand production. Computing sanding for different failed zone geometries allows us to put lower and higher bounds on expected produced sand mass, for given stress and fluid flow. We assume plastified rock around the borehole and well...