Journal of Physics Conference Series · 2014 · 26 citations · 3 references
EngineeringMechanical EngineeringFluid DynamicsHeat TransferThermodynamicsHeat Transfer AnalysisHeat Transfer FundamentalsHeat Transfer In FluidsHeat Transfer In SolidsHeat Transfer ModelingThermal DesignFluid InteractionHeat Transfer In Boundary LayersHeat Transfer In External FlowsNumerical Simulation Of Thermal Boundary LayersSurface Layer ProcessesThermal TransportThermo-fluid DynamicsTwo-way Exchange Flow
Actually, two-way thermal-energy exchange between working fluid and solid material of a casing is a leading problem for modern – semi automatic – design techniques. Many questions should be solved, especially, the turbulent mode of thermal energy transport both in fluid and solid, should be re-examined and reformulated from the primary principles. In the present paper, a group of researchers from Energy Conversion Department of IMP PAN at Gdańsk, tries to summarise a last three-years efforts towards to mathematical modelling of advanced models of thermal energy transport. This extremely difficult problem in "thermal-FSI" ("Fluid Solid Interaction") means that the both for solid and fluid mathematical model of a surface layer should be self-equilibrated and self-concise. Taking these requirements into account, an advanced Reynolds-Stanton analogy has been discussed and implemented. Some numerical examples concerning of the benchmarks experiments and industrial applications have also been developed and presented.
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