Thank you for using concept of water transport and especially presented velocity. The velocity field and its derivates are continuous and are obtained by optimal convergence rate. Your presentation and analysis of velocity is topic of reserching over the few decades by many numerical and stochastic methods like Monte Carlo for the flow and transport in weakly and heterogeneous porous media. Like how you mention Darcy Law and all topic so I cancompare of Fup and B-splines as well as numerical and stohastic approach on the heterogeneity level. But also I can say I am greatfull to compare it with many other Methods as well as disciplines. I always put some comment so imply it if I need it as reference such as scientific paper. 👍Tnx
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I watched your lectures...they are awesome! You explained everything very conceptually (y)
Thank you for using concept of water transport and especially presented velocity. The velocity field and its derivates are continuous and are obtained by optimal convergence rate. Your presentation and analysis of velocity is topic of reserching over the few decades by many numerical and stochastic methods like Monte Carlo for the flow and transport in weakly and heterogeneous porous media. Like how you mention Darcy Law and all topic so I cancompare of Fup and B-splines as well as numerical and stohastic approach on the heterogeneity level. But also I can say I am greatfull to compare it with many other Methods as well as disciplines. I always put some comment so imply it if I need it as reference such as scientific paper. 👍Tnx
That was a detailed explanation. 👏👏
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