... hydraulic fracturing Fluid Dynamics anisotropy ratio fracture network DFN realization length ratio intensity connectivity percolation threshold Dershowitz oda method society of petroleum engineers complex reservoir Oda grid cell boundary fracture permeability Introduction Naturally...

... the optimal number of clusters of reservoir model grid cells using Silhouetted Clustering. This was done by discovering the reservoir geo-bodies and classifying them based on patterns of static rock properties. Once the optimal number of clusters is found, sensitivity are then formulated to run on all...

... Simulation History production rate high-fidelity fine-scale model wu shuhong reservoir society of petroleum engineers grid cell dynamic model delta channel production performance fine-scale reservoir simulation permeability Introduction Today the oil development in the world goes...

... very good scalability on both a cluster of PCs and IBM SP machines. A large-scale reservoir simulations was finished effectively with 16 nodes [ 17 ]. Multimillion grid cells or megacell reservoir simulations were demonstrated in realistic field operations by parallel simulation techniques [ 18...

...) for communications and OpenMP for shared-memory computation. It provides structured grids due to its simplicity and cell-centered data for each grid cell. The platform has a distributed matrix and vector module and a map module. The map connects the grid and linear system modules. Commonly-used Krylov subspace...

... Abstract The initialization of a reservoir simulator calls for the populating of a three-dimensional dynamic grid-cell model using subsurface data and interrelational algorithms that have been synthesized to be fit for purpose. These prerequisites are rarely fully satisfied in practice...