Search results for "EIGENPROBLEM FORMULATION"

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Thermoconvective instability and local thermal non-equilibrium in a porous layer with isoflux-isothermal boundary conditions

2014

The effects of lack of local thermal equilibrium between the solid phase and the fluid phase are taken into account for the convective stability analysis of a horizontal porous layer. The layer is bounded by a pair of plane parallel walls which are impermeable and such that the lower wall is subject to a uniform flux heating, while the upper wall is isothermal. The local thermal non-equilibrium is modelled through a two-temperature formulation of the energy exchange between the phases, resulting in a pair of local energy balance equations: one for each phase. Small-amplitude disturbances of the basic rest state are envisaged to test the stability. Then, the standard normal mode procedure is…

Thermal equilibriumConvectionHistoryLOCAL THERMAL NONEQUILIBRIUMEIGENPROBLEM FORMULATIONChemistryThermodynamicsLOCAL THERMAL NON-EQUILIBRIUMMechanicsInstabilityIsothermal processComputer Science ApplicationsEducationPhysics::Fluid DynamicsShooting methodThermal conductivityPOROUS MEDIUMLINEAR STABILITY ANALYSISHeat transferBoundary value problemUNIFORM WALL HEAT FLUXJournal of Physics: Conference Series
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