Ingeniería de reservorios geotérmicos

dc.carrera.ingenieriaIngeniería geológicaes_ES
dc.carrera.ingenieriaMaestría en Ingeniería Ambientales_ES
dc.carrera.ingenieriaDoctorado en Ingeniería Ambientales_ES
dc.carrera.ingenieriaDoctorado en Ingeniería en Exploración y Explotación en Recursos Naturaleses_ES
dc.contributor.authorIglesias Rodríguez, Eduardo
dc.contributor.authorHiriart L., Gerardo
dc.contributor.authorCinco Ley, Heber
dc.contributor.authorCórdova M., Francisco
dc.contributor.authorSamaniego, Fernando
dc.date.accessioned2015-03-13T17:46:16Z
dc.date.available2015-03-13T17:46:16Z
dc.date.issued1979-09-07
dc.description.abstractFor a complete analysis of a geothermal system, a model of the flow in the wellbore and in the reservoir is necessary. The equations governing the flow in these two cases are different, so reservoir models based on Darcy-type flow cannot be extended to predict the wellbore flow. Several numerical codes have been written to simulate the two phase flow of steam and water in a geothermal well. Most of these model include the slip between the phases, using experimentally determined values of holdup and friction factora for each particular flow regimen (such as annular or slug).es_ES
dc.director.trabajoescritoDECDFI
dc.identifier.urihttp://132.248.52.100:8080/xmlui/handle/132.248.52.100/6729
dc.language.isoenes_ES
dc.subjecttermodinámicaes_ES
dc.subjectfluidoses_ES
dc.subjectpresiónes_ES
dc.subjectsímboloses_ES
dc.subjectproducciónes_ES
dc.titleIngeniería de reservorios geotérmicoses_ES
dc.typeApunteses_ES

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