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NUMERICAL SIMULATION OF A THREE-LAYERED RADIANT POROUS HEAT EXCHANGER INCLUDING LATTICE BOLTZMANN SIMULATION OF FLUID FLOW
2011
International Journal of Engineering
This paper deals with the hydrodynamic and thermal analysis of a new type of porous heat exchanger (PHE). This system operates based on energy conversion between gas enthalpy and thermal radiation. The proposed PHE has one high temperature (HT) and two heat recovery (HR 1 and HR 2 ) sections. In HT section, the enthalpy of flowing high temperature gas that is converted to thermal radiation to gas enthalpy takes place. In each section, a 2-D rectangular porous segment which is assumed to be
doi:10.5829/idosi.ije.2011.24.03a.09
fatcat:m6wqictkovavzgiva6ekdnzvaa