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- W2042397922 abstract "In Part I of this research, a mathematical model that describes the drying process was presented. The model, which was simplified for the case of an isotropie porous material, was then numerically resolved using a cell-centered unstructured mesh control volume technique known as UM-CV. The results presented in Part I indicated that the UM-CV four-node discretization formulas adequately described the physics of the complex heat and mass transport phenomena that occur during the drying process. The numerical algorithm was tested for a variety of different mesh structures constructed from polygon-shaped elements. There were no obvious mesh dependencies reported for the four-node formulation, with only minor differences in the overall drying kinetics exhibited. In Part II, an investigation of the UM-CV method will be undertaken for porous materials that are highly anisotropic. An example of such a material is wood, where it is found that the ratio between longitudinal and transverse permeabilities is of the order of one thousand, and the dominant moisture migration occurs in the longitudinal sense, which is the most permeable direction. This severe anisotropy ratio coupled together with high temperature drying conditions will test the performance of the four-node formulation under extremely harsh numerical conditions. The results of the UM-CV code will be analyzed for three different mesh structures." @default.
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- W2042397922 date "1995-11-01" @default.
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- W2042397922 title "An unstructured mesh cell-centered control volume method for simulating heat and mass transfer in porous media: Application to softwood drying—Part II: The anisotropic model" @default.
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- W2042397922 doi "https://doi.org/10.1016/0307-904x(95)00082-u" @default.
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