Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'

Hydrodynamic analysis was used as the methodological approach to simulate the groundwater regime and quantify the groundwater balance in the extended area of the open-cast mine 'Jakovačka Kumša'. The study area includes a part of Belgrade Groundwater Source, located along the Sava River, i...

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Main Authors: Polomčić Dušan M., Bajić Dragoljub I., Ratković Jelena M., Božović Đorđije M., Pajić Predrag R.
Format: Article
Language:English
Published: Savez inženjera i tehničara Srbije 2019-01-01
Series:Tehnika
Subjects:
Online Access:https://scindeks-clanci.ceon.rs/data/pdf/0040-2176/2019/0040-21761901056P.pdf
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author Polomčić Dušan M.
Bajić Dragoljub I.
Ratković Jelena M.
Božović Đorđije M.
Pajić Predrag R.
author_facet Polomčić Dušan M.
Bajić Dragoljub I.
Ratković Jelena M.
Božović Đorđije M.
Pajić Predrag R.
author_sort Polomčić Dušan M.
collection DOAJ
description Hydrodynamic analysis was used as the methodological approach to simulate the groundwater regime and quantify the groundwater balance in the extended area of the open-cast mine 'Jakovačka Kumša'. The study area includes a part of Belgrade Groundwater Source, located along the Sava River, in the immediate vicinity of the mine. Sand is excavated there and used as construction material. The paper analyzes and synthesizes data on local geology and hydrogeology, and portrays a three-dimensional hydrogeological model of the study area. The hydrogeological model is transformed into a hydrodynamic model applying the numerical method of finite differences and the Modflow software code. The modeled area and time interval are then discretized by importing the hydrogeological parameters of the porous medium and specifying the initial and boundary conditions of the model. The paper also includes the results of hydrodynamic modeling of the aquifer regime in the form of piezometric-head distribution charts, as well as the groundwater balance. The 3D hydrodynamic model set up in this manner constitutes a basis for hydrodynamic prognostic calculations and assessment of sand mining impact on groundwater quality in that part of Belgrade Groundwater Source.
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spelling doaj.art-dedbe8059d9643b4ac6daab1af86a4552022-12-22T02:59:21ZengSavez inženjera i tehničara SrbijeTehnika0040-21762560-30862019-01-0174156650040-21761901056PSimulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'Polomčić Dušan M.0Bajić Dragoljub I.1Ratković Jelena M.2Božović Đorđije M.3Pajić Predrag R.4Univerzitet u Beogradu, Rudarsko-geološki fakultet, BeogradUniverzitet u Beogradu, Rudarsko-geološki fakultet, BeogradUniverzitet u Beogradu, Rudarsko-geološki fakultet, BeogradJKP 'Beogradski vodovod i kanalizacija', BeogradInstitut za vodoprivredu , 'Jaroslav Černi', BeogradHydrodynamic analysis was used as the methodological approach to simulate the groundwater regime and quantify the groundwater balance in the extended area of the open-cast mine 'Jakovačka Kumša'. The study area includes a part of Belgrade Groundwater Source, located along the Sava River, in the immediate vicinity of the mine. Sand is excavated there and used as construction material. The paper analyzes and synthesizes data on local geology and hydrogeology, and portrays a three-dimensional hydrogeological model of the study area. The hydrogeological model is transformed into a hydrodynamic model applying the numerical method of finite differences and the Modflow software code. The modeled area and time interval are then discretized by importing the hydrogeological parameters of the porous medium and specifying the initial and boundary conditions of the model. The paper also includes the results of hydrodynamic modeling of the aquifer regime in the form of piezometric-head distribution charts, as well as the groundwater balance. The 3D hydrodynamic model set up in this manner constitutes a basis for hydrodynamic prognostic calculations and assessment of sand mining impact on groundwater quality in that part of Belgrade Groundwater Source.https://scindeks-clanci.ceon.rs/data/pdf/0040-2176/2019/0040-21761901056P.pdfhydrogeological modelhydrodynamic modelgroundwater sourcenumerical method of finite differencesModflow
spellingShingle Polomčić Dušan M.
Bajić Dragoljub I.
Ratković Jelena M.
Božović Đorđije M.
Pajić Predrag R.
Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'
Tehnika
hydrogeological model
hydrodynamic model
groundwater source
numerical method of finite differences
Modflow
title Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'
title_full Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'
title_fullStr Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'
title_full_unstemmed Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'
title_short Simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis: Case of open-cast mine 'Jakovačka Kumša'
title_sort simulation of groundwater regime and quantification of groundwater balance by means of hydrodynamic analysis case of open cast mine jakovacka kumsa
topic hydrogeological model
hydrodynamic model
groundwater source
numerical method of finite differences
Modflow
url https://scindeks-clanci.ceon.rs/data/pdf/0040-2176/2019/0040-21761901056P.pdf
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