of Couples Transfers Porous Wood Environment

In this work, we discuss the transfer study is undertaken within the framework of written from the Luikov model to which the finite element method, before determination results. It is a pattern of behavior contributing parameters. The material chosen is the Cameroon internal or external furniture. Drying is done necessary for solving the equations are derived results leads to an average relative error of 3.2 transfer phenomena in porous media, applied in a hygroscopic of initiation to research in master. The coupled equations simplifying assumptions are associated. The space-time equations determination of the average sizes of moisture and temperature for comparison contributing to the control of the process to predict possible cases of Cameroon Iroko (Chlorofora exelsa) which is a large forest product done in an insulated enclosure calm atmosphere. Thermophysical derived from the literature and previous works. The analysis 3.238% for different temperatures applied. medium - finite elements - numerical simulation