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Understanding reservoir mechanisms using phase and component streamline tracingKumar, Sarwesh 15 May 2009 (has links)
Conventionally streamlines are traced using total flux across the grid cell faces. The
visualization of total flux streamlines shows the movement of flood, injector-producer
relationship, swept area and movement of tracer. But they fail to capture some important
signatures of reservoir dynamics, such as dominant phase in flow, appearance and
disappearance of phases (e.g. gas), and flow of components like CO2.
In the work being presented, we demonstrate the benefits of visualizing phase and
component streamlines which are traced using phase and component fluxes respectively.
Although the phase and component streamlines are not appropriate for simulation, as they
might be discontinuous, they definitely have a lot of useful information about the
reservoir processes and recovery mechanisms.
In this research, phase and component streamline tracing has been successfully
implemented in three-phase and compositional simulation and the additional information
obtained using these streamlines have been explored. The power and utility of the phase
and component streamlines have been demonstrated using synthetic examples and two
field cases. The new formulation of streamline tracing provides additional information
about the reservoir drive mechanisms. The phase streamlines capture the dominant phase in flow in different parts of the reservoir and the area swept corresponding to different
phases can be identified. Based on these streamlines the appearance and disappearance of
phases can be identified. Also these streamlines can be used for optimizing the field
recovery processes like water injection and location of infill wells. Using component
streamlines the movement of components like CO2 can be traced, so they can be used for
optimizing tertiary recovery mechanisms and tracking of tracers. They can also be used to
trace CO2 in CO2 sequestration project where the CO2 injection is for long term storage in
aquifers or reservoirs. They have also other potential uses towards study of reservoir
processes and behavior such as drainage area mapping for different phases, phase rate
allocations to reservoir layers, etc.
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Analysis of competitive advantage and suggestion of managing strategies for passive component industry in TaiwanChiu, Yao-Min 28 July 2003 (has links)
none
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Synthetic study of a photogated ion channelCross, Gordon G. 31 July 2015 (has links)
Graduate
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Banko filialo informacijos sistemos projektavimas komponentiniu metodu / Information system of bank branch officeSakalauskas, Jonas 20 September 2004 (has links)
The main intention of component system is to retain interfaces which obtain in the model of proceeding between IS reference architecture components. Component model – it new type model, which helps to identify data systems components and their information connections. The use of component method’s allows to produce each component apart from all system’s, beyond realizing them so, that they have opportunity to operate in the allotment frame, to modernize whatever component and leave inviolate all others. Designer information system is implemented in one of Bank “Snoras” branch office, it’s Alytus subsidiary.Leading activity products are data, which is receivable from ready money dispenser, pay terminal and them service software filing and analyzing. All gathered data is stored in a database. Informacion is systematized and presented for users in semblance of forms or reports.
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Multi component and cycloaddition reactions of methyleneaziridinesTwin, Heather Clare January 2002 (has links)
No description available.
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The development of packaged, reusable building services components : a pilot study in the UK national health serviceThomson, Derek Stewart January 2000 (has links)
No description available.
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Early component-based reliability assessment using UML based software modelsSmith, William B. January 2002 (has links)
Thesis (M.S.)--West Virginia University, 2002. / Title from document title page. Document formatted into pages; contains vii, 62 p. : ill. (some col.). Vita. Includes abstract. Includes bibliographical references (p. 26-27).
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The common tutor object platformNuzzo-Jones, Goss F. January 2005 (has links)
Thesis (M.S.)--Worcester Polytechnic Institute. / Keywords: intelligent tutoring systems; component based software engineering Includes bibliographical references.
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Component Repository BrowserDanish, Muhammad Rafique, Khan, Sajjad Ali January 2010 (has links)
The main goal of this thesis is to investigate efficient searching mechanisms for searching and retrieving software components across different remote repositories and implement a supporting prototype called “Component Repository Browser” using the plug-in based Eclipse technology for PROGRESS-IDE. The prototype enables users to search the ProCom components and to import the desired components from a remote repository server over different protocols such as HTTP, HTTPS, and/or SVN. Several component searching mechanisms and suggestions were studied and examined such as keyword, facet-based search, folksonomy classification, and signature matching, from which we selected keyword search along with facet-based searching technique to help component searchers to efficiently find the desired components from a remote repository.
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Doménově-specifický jazyk a nástroje pro modelování systémů zpracovávajicích video v rámci projektu FITOPTIVIS / Domain-specific language and tooling for modeling video-processing pipelines in FITOPTIVIS projectČamra, Václav January 2020 (has links)
There are many systems for processing audiovisual data. These systems tend to be composed of components, which can be configured in many different ways, thus creating vast configuration space of the systems. In order to find an optimal configuration across many components, automatic configuration space exploration is required. However there are no such existing tools which would suit our requirements. In this thesis we propose a component model and domain specific language designed to allow for automatic configuration space exploration. Additionally we integrate this language and additional tooling into a browser-based environment. 1
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