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of 12
pro vyhledávání: '"Adewole, ES"'
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 19 (2011)
With the increase in consumption of natural gas in the world, it is important to understand how dry natural gas will flow in a horizontal pipe especially during production and transportation, and also during laminar and turbulent flow. Many attempts
Autor:
Onwuachi-Iheagwara, PN, Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 19 (2011)
The overall goal of this paper is to develop a general formulation for an optimal infrastructure layout design of gas pipeline distribution networks using algorithm developed from the application of two industrial engineering concepts: the traveling
Autor:
Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 17 (2010); 53-62
Two-layered reservoirs with a vertical well in the top layer and with letter ‘B’ architecture, is encountered very frequently in practice. Instantaneous source functions, which can be utilized in constructing pressure distributions for the purpos
Autor:
Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 17 (2010); 63-68
Instantaneous source functions of a two-layered reservoir with letters ‘h and ‘H’ architectures have been derived. Thirty-two (32) different models, with different variations of sealing and constant-pressure external boundaries were used. The r
Autor:
Adewole, ES, Rai, BM
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 16 (2010); 573-578
In this series, thirty-two(32) different models were identified for the normal and vertically inverted letter ‘P’ two-layered reservoir with a horizontal well in each layer. Relevant instantaneous source functions were also derived and tabulated
Autor:
Adewole, ES, Olafuyi, OA
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 16 (2010); 563-572
Instantaneous source functions have been compiled and tabulated for both normal and inverted two-layered reservoir of letter ‘e’ architecture. The source functions describe fluid flow in horizontal wells drilled in each layer. Possibility of the
Autor:
Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 15 (2009)
The task of clean oil production from a horizontal well under complete external fluid drive is a huge challenge to the operator who intends to exclude unwanted fluid production. In order to determine guidelines for drilling or modifying a horizontal
Autor:
Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 15 (2009)
In this paper, solutions to the mathematical models in Part I of this title are derived. Appropriate flow period delineation methods are discussed. Results show that as an enlarged reservoir, flow attains pseudosteady state at late times when reservo
Autor:
Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 14 (2009); 181 – 188
In this paper, a well test analysis procedure is discussed for a two-layered oilreservoir drained from each layer by a horizontal well. Reservoir mathematical model are derived for each layer so that analysis can be done strictly for each layered res
Autor:
Adewole, ES
Publikováno v:
Journal of the Nigerian Association of Mathematical Physics; Vol 14 (2009); 189 – 196
Instantaneous source functions for a layered reservoir with crossflowinterface cannot be selected from already existing source functions, if the effects of the interface is to be accounted for. It is therefore necessary to modify the already existing