Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry

Modeling of solute transport through fractured rock is an important component of in many disciplines especially groundwater contamination and nuclear waste disposal. Several studies have been conducted on single rock fracture using parallel plate model and recently solute and thermal transport has b...

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Main Author: N.Natarajan
Format: Article
Language:English
Published: Babol Noshirvani University of Technology 2010-10-01
Series:Iranica Journal of Energy and Environment
Subjects:
Online Access:http://idosi.org/ijee/1(4)2010/6.pdf
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author N.Natarajan
author_facet N.Natarajan
author_sort N.Natarajan
collection DOAJ
description Modeling of solute transport through fractured rock is an important component of in many disciplines especially groundwater contamination and nuclear waste disposal. Several studies have been conducted on single rock fracture using parallel plate model and recently solute and thermal transport has been numerically modeled in the sinusoidal fracture matrix coupled system. The effect of linear sorption has been studied on the same. Results suggest the high matrix porosity and matrix diffusion coefficient enhance the sorption process and reduce the matrix diffusion of solutes. The velocity of the fluid reduces with increment in fracture aperture.
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spelling doaj.art-0183461abc1a4ae3879be8030f2389362024-04-02T15:47:48ZengBabol Noshirvani University of TechnologyIranica Journal of Energy and Environment2079-21152079-21232010-10-0114299304Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometryN.NatarajanModeling of solute transport through fractured rock is an important component of in many disciplines especially groundwater contamination and nuclear waste disposal. Several studies have been conducted on single rock fracture using parallel plate model and recently solute and thermal transport has been numerically modeled in the sinusoidal fracture matrix coupled system. The effect of linear sorption has been studied on the same. Results suggest the high matrix porosity and matrix diffusion coefficient enhance the sorption process and reduce the matrix diffusion of solutes. The velocity of the fluid reduces with increment in fracture aperture.http://idosi.org/ijee/1(4)2010/6.pdfSinusoidal fractureFinite differenceMatrix diffusionLinear sorption
spellingShingle N.Natarajan
Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry
Iranica Journal of Energy and Environment
Sinusoidal fracture
Finite difference
Matrix diffusion
Linear sorption
title Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry
title_full Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry
title_fullStr Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry
title_full_unstemmed Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry
title_short Effect of linear sorption on solute transport in a coupled fracture-matrix system with sinusoidal fracture geometry
title_sort effect of linear sorption on solute transport in a coupled fracture matrix system with sinusoidal fracture geometry
topic Sinusoidal fracture
Finite difference
Matrix diffusion
Linear sorption
url http://idosi.org/ijee/1(4)2010/6.pdf
work_keys_str_mv AT nnatarajan effectoflinearsorptiononsolutetransportinacoupledfracturematrixsystemwithsinusoidalfracturegeometry