Modelling transport in fractured media using fracture continuum approach /
Mohamed Ismaiel Mohamed Ahmed
Modelling transport in fractured media using fracture continuum approach / نمذجة انتقال الملوثات فى الصخور المتشققة باستخدام طريقة الأوساط المتصلة Mohamed Ismaiel Mohamed Ahmed ; Supervised Ahmed Emam Ahmed Hassan , Mohamed Attia Mohamed - Cairo : Mohamed Ismaiel Mohamed Ahmed , 2016 - 94 P. : facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
Fracture continuum arises recently as a fast and efficient technique to model fluid flow and solute transport in fractured geologic media. This study aims at developing a 2-dimensional model to solve the contaminant transport on the discrete fracture network as a reference solution. Additionally, developing a technique to map the fracture network onto a finite difference grid to solve conservative solute transport with preserving the transport characteristics for both fine and coarse grid resolutions when compared to the reference solution. The study is performed in a stochastic framework using monte carlo analysis. The results provide a conductivity correction factor to preserve the transport characteristics on the mapped domain for a high densely fracture network
Fracture continuum Fracture network Grid
Modelling transport in fractured media using fracture continuum approach / نمذجة انتقال الملوثات فى الصخور المتشققة باستخدام طريقة الأوساط المتصلة Mohamed Ismaiel Mohamed Ahmed ; Supervised Ahmed Emam Ahmed Hassan , Mohamed Attia Mohamed - Cairo : Mohamed Ismaiel Mohamed Ahmed , 2016 - 94 P. : facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
Fracture continuum arises recently as a fast and efficient technique to model fluid flow and solute transport in fractured geologic media. This study aims at developing a 2-dimensional model to solve the contaminant transport on the discrete fracture network as a reference solution. Additionally, developing a technique to map the fracture network onto a finite difference grid to solve conservative solute transport with preserving the transport characteristics for both fine and coarse grid resolutions when compared to the reference solution. The study is performed in a stochastic framework using monte carlo analysis. The results provide a conductivity correction factor to preserve the transport characteristics on the mapped domain for a high densely fracture network
Fracture continuum Fracture network Grid