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MASS TRANSFER ANALYSIS
FINITE ELEMENT APPROXIMATION
6 other sections not shown
according to equation analysis boundary conditions capacity matrix carbon layer charcoal charcoal layer charring chipboard Combustion cone heater convective convective term coordinates cross section cube density derived dynamic viscosity energy flow rate enthalpy errors exhaust duct experiments exposed to radiation fibre figure finite element method gamma ray gaseous phase Gauss point given heat flow heat of reaction heat release heat transfer increment initial moisture ratio input data integral in equation Jmol level of 90 Lund mass flow mass per unit mass transfer measured moisture content molar mass nodes obtained oxygen concentration permeability pine pitot tube pore system pore volume porosity radiation level radiation meter relationship resulting conductivity shape function solid phase specific heat capacity specimen spruce Table tempe thermal conductivity thermocouple thermodynamic variables tion transfer coefficient unit volume universal gas constant values vaporisation vector volatile pyrolysis products water vapour wood material XVERSY y-direction