2016
DOI: 10.1016/j.jrmge.2016.03.004
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Characterization of transient groundwater flow through a high arch dam foundation during reservoir impounding

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Cited by 24 publications
(4 citation statements)
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“…Beberapa penelitian yang pernah dilakukan menunjukkan bahwa kondisi tekanan air pori pada bendungan dapat diperoleh dari hasil analisis rembesan menggunakan program SEEP/W (Dharmayasa, et al, 2014;Hasani, et al, 2013;Subiyanti, et al, 2011). Chen, et al (2016) melakukan penelitian berupa analisis rembesan selama pengisian awal waduk pada Bendungan Jinping I dengan kondisi transient. Gofar, et al (2006) menjelaskan bahwa analisis transient atau aliran tidak tetap didefinisikan sebagai analisis yang terkait dengan waktu karena perubahan kondisi secara spasial dan temporal suatu lingkungan.…”
Section: Pendahuluanunclassified
“…Beberapa penelitian yang pernah dilakukan menunjukkan bahwa kondisi tekanan air pori pada bendungan dapat diperoleh dari hasil analisis rembesan menggunakan program SEEP/W (Dharmayasa, et al, 2014;Hasani, et al, 2013;Subiyanti, et al, 2011). Chen, et al (2016) melakukan penelitian berupa analisis rembesan selama pengisian awal waduk pada Bendungan Jinping I dengan kondisi transient. Gofar, et al (2006) menjelaskan bahwa analisis transient atau aliran tidak tetap didefinisikan sebagai analisis yang terkait dengan waktu karena perubahan kondisi secara spasial dan temporal suatu lingkungan.…”
Section: Pendahuluanunclassified
“…As mentioned in Section 4.1, in the past literature, authors who examined the hydraulic inverse problem, have resorted to objective functions that combine pressure head data and flow rate data to obtain a unique and stable solution of the inverse problem [52,22,132,112]. Other authors have concluded that an objective function based on flow rate and pore water pressures does not provide better parameter sensitivity than one based on pore water pressure alone [43].…”
Section: Objective Functionmentioning
confidence: 99%
“…In those cases the authors use measurements of hydraulic pore pressures as well as outflow rate data from weirs or flowmeters installed in the structures, in order to remedy issues with the uniqueness and reliability of the inverse modeling results. The authors of [22,132] and [52] used pore pressure and water discharge field measurements taken during a reservoir impounding process, to back-calculate the permeability of fractured rocks in existing dams foundations. The authors of [112] used the same method to back-calculate the permeability of different parts (foundation, core, filters, shell) of an existing earthfill dam based on actual pressure measurements.…”
Section: Introductionmentioning
confidence: 99%
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