...Methodology The DRP approach can be described in three major steps: (1) imaging, (2) image processing and segmentation, and (3) numerical simulation ( Hu et al. 2018 ). Imaging Abstract This paper illustrates the application of pore-scale numerical simulation to evaluate permeability...

..., which is used in the velocity divergence of the population balance discussed in Section 2.3. Design of simulation domains based on the geometries provided for each piece of equipment. Generation and testing of a numerical mesh to accommodate the geometric aspects required by the turbulence...

... Abstract Currently, the methods of nanofluidic chip and molecular dynamics simulation have been widely applied to characterize the effect of nanoscale confinement on the fluid phase behavior in shale rocks. However, most of the published literatures just concentrate on the pure nanoscale pores...

..., and the lithologies of the rock transitions throughout the interval were set. Drilling was then simulated within this digital environment, producing the bit performance data. The data included several high-level performance indicators, such as weight on bit (WOB), ROP, and torque, as well as detailed transient...

... the tensional strain rate signals occur in only certain periods within the circulation test. Numerical Model In this study, a thermo-mechanical model is developed based on a pad scale geomechanical fracture-reservoir simulator ( Zheng et al. 2019 ) to model the transient EGS fluid circulation and compare...

... This section describes the dynamic flow and thermal modeling details of the geothermal well with gas lift in a commercial steady-state multiphase flow simulation. The well design including casing size, setting depth, and deviation is based on the Well 16B(78)-32 drilled in the Utah Forge site...

... Abstract Traditionally, physics-driven simulation models have primarily been employed for design and long-term forecasting purposes. However, maintaining the accuracy of the model's boundary conditions and achieving convergence for operational decisions have posed significant challenges...

... subsurface storage geology machine learning geological subdiscipline geologist artificial intelligence saturation order model decomposition project fom snapshot matrix simulation dynamic mode decomposition sparsity-promoting dynamic mode decomposition rom climate change co2...

... geomechanics machine learning geological subdiscipline figure 4 simulation borehole stability deep learning reservoir characterization equation formulation comparison anisotropy lekhnitskii architecture jaeger concentration result wellbore grid application Introduction Geomechanics...

... output. Specifically, latent heat of vaporization was calculated by commonly used multiple flash calculations as well as by a dynamic simulation of external heat input to a pressure vessel leading to temperature increase and liquid expansion in the vessel. Also, liquid composition was varied to study...

... The coupled simulation described in this section uses a similar methodology to Chang et al. (2024) , but with a different objective. Chang's objective was to investigate a discrepancy of buildup pressures between two flowlines in a dual-inlet dual-packer system while the objective here...

..., the impact of the injection gas purity on storage capacity is evaluated. In this study, we assessed the CO 2 storage in shales by conducting large-scale numerical simulations for a wide range of reservoir fluid compositions—retrograde-condensate, volatile-oil, black oil—and different purities of injected CO...

... coefficient video captured orientation video representation bit-rock interaction simulation interaction vector algorithm scenario geometry rotation axis enabling rapid bit design improvement Introduction Using an improved bit rock interaction (BRI) model is essential to accurately model...

... to simulate noise levels prior to acquisition ( Birnie et al., 2016 ). Abstract Geological carbon capture and storage is vital for reducing carbon dioxide (CO 2 ) emissions. Carbonate Field 1 in Luconia Province, offshore Sarawak is a potential CO2 storage site. Porosity and clay volume (Vclay...

... emission mii climate change emitter air emission frequency methane emission ravikumar sherwin precision university johnson environmental science austin brandt accuracy simulation strayer Introduction Methane, the major component of natural gas, has a global warming effect of 86...

... feasibility study was carried out by a multidisciplinary team of domain experts using a transient-state, multiphase fluid flow simulator to integrate reservoir performance, fluid dynamics, completion architecture, and ESP operation into one holistic, robust model to analyze various production and sensibility...

... managed pressure cementing. Due to the differences, a planning meeting with the responsible parties distributed like-for-like inputs from the cementing service company simulator to the MPD simulator. Below is key information provided during the data transfer session: high pressure high...

..., Procedures, Process: Utilizing an integrative THCM model, we assessed the role of supercritical CO₂ in geothermal energy extraction. Geological, chemical, and mechanical parameters were meticulously quantified to simulate subsurface scenarios impacting the injectivity and productivity of CPG systems. Key...

... and simulations of multiphase flow were used to determine the best depth for the compressor setting. Specialized pressure tests were conducted to validate the system's capacity to deliver, confirming the necessity for a tailored compressor design. fluid dynamics drilling operation completion installation...

... on time-consuming numerical simulations that require significant expertise. In this work, we introduce a novel two-dimensional solution for modeling the flow of chemical tracers in SWTTs, representing the first mathematical approach that enables real-time, field-scale tracer transport modeling. Our model...