Development of numerical methods for the reactive transport of chemical species in a porous media : a nonlinear conjugate gradient method

13.2 shows the evolution of the normalized excess pore pressure and the normalized vertical displacement at points B and C, respectively (see Fig.. Table 13.1: Mechanical parameters

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The analytical solution and breakthrough curves of the random walk model were in good agreement for the three kinds of test made: variation of the diffusion coefficient, variation

HC reports grants from CIHR, other from Alberta Prion Research Institute, other from Alzheimer ’ s Research UK, other from Alzheimer Society of Canada, other from Canadian

Key words: impregnation, porous media, capillary pressure profile, gradient percolation.. The aim of this work is to develop a new numerical method to overcome the

The numerical modelling of such reactive impregnation requires a multiphysics model taking into account the material properties such as porosity and pore size distribution of

Numerical model- ing of coupled two-phase multicomponent flow with reactive geochemical transport in porous media.. 13èmes Journéess d’études des Milieux Poreux 2016, Oct 2016,

Once validated, the developed code was used to compute the equivalent thermal conductivity of the cellular structure of spruce, in the two transverse direction of wood (radial