By Rafiq Islam, S.H. Moussavizadegan, Shabbir Mustafiz, Jamal H. Abou-Kassem
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Extra resources for Advanced Petroleum Reservoir Simulation (Wiley-Scrivener)
Indicators of structural system performance are needed for the owner to allocate resources toward repair, replacement or rehabilitation of their structures. To quantify these system performance measures requires structural monitoring of large civil structures while in service (Mufti et al, 1997). It is, therefore, important to develop a structural monitoring system that will integrate: a. b. c. d. e. Fiber optic sensor systems; Remote monitoring communication systems; Intelligent data processing system; Damage detection and modal analysis system; and Non-destructive evaluation system.
These output signals should be transferred to create visual, thermal, acoustic, and piezometric effects. Therefore, this task should lead to coupling the virtual reality capability with a state-of-the-art reservoir model. When it becomes successful, it will not be a mere dream to extend the model to a vertical section of the well, as well as surface facilities. 5 Intelligent Reservoir Management Intelligent systems can be utilized effectively to help both operators and design engineers to make decisions.
Reservoir physical dimension is also an uncertain issue because of the uncertainty behind the prediction of gross geometrical structure. The physical dimensions of a reservoir mean length, width, height or radius and depth of the reservoir. For any reservoir engineer /geologist, the initial task is to calculate the area or volume of the reservoir. The geological model that is constructed in such a way is a static model based on initial condition measurements and surveys and bears a substantial uncertainty.