Motivated by well-driven flow transport in porous media, Chen and Yue proposed a numerical homogenization method for Green function [Multiscale Model.
Motivated by well-driven flow transport in porous media, Chen and Yue proposed a numerical homogenization method for Green function [Multiscale Model. Simul. 1 ...
We consider the steady flow transport through highly heterogeneous porous media driven by extraction wells. We develop a new upscaling technique which lumps ...
Abstract. Motivated by well-driven flow transport in porous media, Chen and Yue proposed a nu- merical homogenization method for Green function [Multiscale ...
Oct 22, 2024 · Abstract. We consider the steady ow transport through highly heterogeneous porous media driven by extraction wells. We develop a new upscaling ...
Abstract. We consider the steady flow transport through highly heterogeneous porous media driven by extraction wells. We develop a new upscaling technique ...
This work considers the steady flow transport through highly heterogeneous porous media driven by extraction wells and develops a new upscaling technique ...
Numerical Homogenization of Well Singularities in the Flow Transport through Heterogeneous Porous Media. by Yue Xingye. 2003, Multiscale Modeling & Simulation.
Abstract. Motivated by well-driven flow transport in porous media, Chen and Yue proposed a nu- merical homogenization method for Green function [Multiscale ...
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Bibliographic details on Numerical Homogenization of Well Singularities in the Flow Transport through Heterogeneous Porous Media.