... while considering the plastic rock deformation behavior. The objective here is to showcase the unique drilling recommendations that can be generated for the sidetrack initiation or junction point, especially when compared to those of the mother-bore. 3D meshes are developed to analyze sidetracking...

... Abstract This work presents a conceptual framework for assessing geological deformation using distributed fiber optic sensing that is applicable to several common sources of strain encountered during the reservoir lifecycle. Common applications include strain associated with seismic...

... azimuth, dogleg severity, pipe centralization, the type of hydraulic fracturing treatment performed (i.e., proppant frac or acid frac) and the risk of pipe deformation. By understanding the primary factors that affect well integrity, the likelihood of casing failure can be predicted and avoided ahead...

... oil & gas ratana field main fault algorithm fracture potwar petroleum province western part geometry validation interpretation ratana structure structural framework pakistan deformation Introduction Fold-and-thrust belts (FTBs) are important for hydrocarbon exploration...

... Abstract Fracture characterization, including permeability and deformation due to fluid flow, plays an essential role in hydrocarbon production during the development of naturally fractured reservoirs. The conventional way of characterization of the fracture is experimental, and modeling...

... slips operation is important to set up a packer and during this step casing gets indented with the carbide buttons. The setting up of slips can cause localized permanent deformation in the casing and estimating the setting force along with hanging load capacity of the slip system is important to avoid...

... conventional hydraulic fracture conductivity. However, the understanding of the deformation law of proppant pillar under the action of closure pressure and proppant normal stress is unclear, resulting in difficult to calculate the fracture conductivity and prefer proppant. Firstly, replacement construction...

... for onset of borehole collapse and sand production are discussed. Introducing a moving gas hydrate dissociation zone (front), the fundamental geomechanics behaviour and elastoplastic deformation of the skeleton formation are highlighted. The effects on sand prediction due to the characteristics of non...

... networks. Moreover, no fractures retain original conductivity during long term depletion, due to proppant embedment and crushing. This paper introduces a model that analytically predicts the proppant deformation and fracture closure behavior, and forecasts production performance. This model is based...

... and Koutsableloulis 2011 ) that, significant changes in pore pressure (Δ P ) due to depletion or injection in weak formation might lead to increase in effective stress, compaction, reduction in porosity and permeability, casing deformation, failure and subsidence, challenges in fracturing the formation, closing...

...) modeling to predict the stimulation flow performance and resulting pressure gradient underneath the ICD's outer housing. This information was input to the finite element analysis (FEA) model to determine the stress and deformation of the housing. Results of a dynamic flow test with strain gages attached...

... the depth of the first plug. At this stage the well was potentially lost due to suspected damage or deformation to the liner caused during the fracturing. A series of diagnostic runs was performed with coiled tubing and a milling strategy formed from the results. The diagnostics included first time use...

... Upstream Oil & Gas fracture detection pore type fracture Fluid Dynamics prediction procedure capillary pressure permeability new method Reservoir Characterization Pore System accurate matrix property prediction Permeability prediction dataset deformation flow in porous media core...

... compaction pipe real time system connector strain profile image fet screen selection completion permission application strain profile 180 0 rtcm system gravel pack fiber strain earle 2010 sand control azimuthal angle fiber rtcm pearce 2010 installation deformation Introduction...

... to any environment where significant deformation results in seismic events giving the opportunity for a real-time analysis of failure conditions. Based on our analyses, changes in cumulative strain mimic observed pressure changes. Similarly, a resulting increase in energy surplus occurred at reservoir...

... drilling structural geology production control breakout hydraulic fracturing annular pressure drilling deformation compressive strength jcr-2 reservoir sensitivity spe 105332 depletion reservoir openhole stability jcr-1 reservoir deplete petroleum engineer stability jurassic carbonate...

... Elastic properties computed from the logs are termed "dynamic" (v Dyn , E Dyn , G Dyn , K Dyn ), as the sonic measurements are conducted at high frequencies. Because wellbore deformation or failure is a relatively slow process compared to high frequency wave propagation, "static" datasets from...

... rheology. The effects of various parameters on the fluid flow during a ballooning event are analyzed numerically. Shortcomings of the developed modeling approach are outlined. upstream oil & gas fluid pressure deformation approximation rheology fracture aperture mud loss flow rate...

... Constraining object-based models to production data requires the development of algorithms for the consistent deformation and migration of geometric/geological objects. In recent years, the gradual deformation method was developed for constraining pixel-based Gaussian-related stochastic models...

... parameters to predict reservoir properties. deformation upstream oil & gas permeability obaiyed gas recovery project reservoir sand society of petroleum engineers shell internal report recovery project boundary egypt reservoir level reservoir model spe 68182 reservoir lower safa...