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EVOLUTION OF RESERVOIR SIMULATION FOR A LARGE CARBONATE RESERVOIR
Proceedings of Middle East Oil Show, 1989ABSTRACT Reservof-1 is a large carbonate reservoir that was discovered and developed in the 1940's. A brief description of the reservoir and major events of the field development are presented. A 2D areal model was constructed for the reservoir in the 1970's. The use and the shortcomings of the model are discussed.
S. M. Al-Dawas, A. M. Krishnamoorthy
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Graphics in Reservoir Simulation
Computer Graphics Forum, 1987AbstractReservoir Simulation is used to manage underground oil reservoirs, and the potential cost savings associated with increased oil recovery are enormous. Because of the mathematical complexity of simulation it is necessary to use graphics to view the results.
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RESERVOIR SIMULATION FOR RESERVOIR MANAGEMENT
The APEA Journal, 1986The Hutton reservoir in the Merrimelia Field (Cooper-Eromanga Basin) was the subject of a 3-D reservoir simulation study. The primary objective of the study was to develop a reservoir management tool for evaluating the performance of the field under various depletion options.
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SPE Journal, 2019
Corner-point grids have the capability to model complex geological features, such as faults and irregular reservoir boundaries. As an industry standard, they are widely used to simulate different types of reservoirs, including conventional and ...
Yi-Fei Xu, K. Sepehrnoori
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Corner-point grids have the capability to model complex geological features, such as faults and irregular reservoir boundaries. As an industry standard, they are widely used to simulate different types of reservoirs, including conventional and ...
Yi-Fei Xu, K. Sepehrnoori
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Preconditioners for Parallel Reservoir Simulation
Proceedings of the International Conference on High Performance Compilation, Computing and Communications, 2017One of the standard preconditioners on reservoir simulation is incomplete LU (ILU, 'LU' stands for 'lower upper') decomposition. The matrix is factored by the product of a lower triangular matrix and an upper triangular matrix. Unfortunately, in parallel environments, ILU decomposition is serial for the solving process is Gaussian elimination which ...
Zhuo Tian, Bei Wang, Yifeng Chen
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Journal of Petroleum Science and Engineering, 2019
The geometry of the subsurface hydraulic fracture is complicated which deviates from the conventional single pan shape. It can be in multi-wing shape by the formation heterogeneity and/or 3D fracture networks caused by the pre-exising natural fractures ...
Cong Wang, Q. Ran, Yu-Shu Wu
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The geometry of the subsurface hydraulic fracture is complicated which deviates from the conventional single pan shape. It can be in multi-wing shape by the formation heterogeneity and/or 3D fracture networks caused by the pre-exising natural fractures ...
Cong Wang, Q. Ran, Yu-Shu Wu
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An integrated workflow for fracture propagation and reservoir simulation in tight oil
Journal of Petroleum Science and Engineering, 2019Various fracture-propagation models have been used to capture complex hydraulic fracture (HF) geometry. However, they cannot obtain the production performance. Besides, many researchers developed reservoir simulators to obtain production performance with
Shi-Qian Xu +3 more
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A Massively Parallel Reservoir Simulator for Large Scale Reservoir Simulation
SPE Reservoir Simulation Symposium, 1999Abstract A Massively Parallel reservoir simulator (POWERS) has been developed and fully integrated with Suadi Aramco's pre and post processing graphical environment. The simulator has been validated against published results and other industrial simulators.
A.H. Dogru +8 more
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2020
Petroleum engineers can mathematically model the behaviour of a petroleum reservoir, allowing them to determine the optimum way to exploit a reservoir. A numerical reservoir model consists of a series of different equations with each representing a different aspect of the physical nature of the reservoir and its fluids.
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Petroleum engineers can mathematically model the behaviour of a petroleum reservoir, allowing them to determine the optimum way to exploit a reservoir. A numerical reservoir model consists of a series of different equations with each representing a different aspect of the physical nature of the reservoir and its fluids.
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Parallel oil reservoir simulation
1996In the EUREKA project PARSIM a large industrial simulation code is being parallelised in order to be able to perform the simulation interactively, giving the user immediate feedback through the simulators graphical user interface. Apart from the user interface, the simulator consists of two main components: A linear equation solver, and the simulation ...
Jesper Larsen +6 more
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