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THERMAL AND FLUID FLOW FIELDS IN A REGENERATOR WITH CERAMIC CHIMNEY BLOCK CHECKER WORK

LILIANA ZASHKOVA,Nina Penkova-2005-01-01-SHILAP Revista de lepidopterología
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TL;DRAbstract

Selected results of mathematical modelling and computer simulation of transient conjugate heat transfer in a vertical contraflow glass furnace regenerator are reported. The problem is solved three-dimensionally (3D) using the ANSYS 8.0 /FLOTRAN program. The main regenerator fluid flow and thermal fields about a cyclic equilibrium of the regenerator are visualized. Heat and fluid flow parameters for the regenerator’s cyclic equilibrium are presented by Tm = Tm(H',t); Tm,f = Tm,f (H',t); hm = hm(H',t); V = V (H',t); k = k(H',t) and ε= ε(H',t) graphics. Remarks about transient heat transfer in this kind of regenerators are made based on the obtained numerical values and relationships.

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Selected results of mathematical modelling and computer simulation of transient conjugate heat transfer in a vertical contraflow glass furnace regenerator are reported. The problem is solved three-dimensionally (3D) using the ANSYS 8.0 /FLOTRAN program. The main regenerator fluid flow and thermal fields about a cyclic equilibrium of the regenerator are visualized. Heat and fluid flow parameters for the regenerator’s cyclic equilibrium are presented by Tm = Tm(H',t); Tm,f = Tm,f (H',t); hm = hm(H',t); V = V (H',t); k = k(H',t) and ε= ε(H',t) graphics. Remarks about transient heat transfer in this kind of regenerators are made based on the obtained numerical values and relationships.

Keywords

Chimney (locomotive)Regenerative heat exchangerWork (physics)Flow (mathematics)Block (permutation group theory)CeramicThermalMaterials science

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