LAMINAR FILM CONDENSATION OF MULTICOMPONENT MIXTURES ON A FLAT PLATE : First Report, Forced Convection Condensation

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  • 多成分混合気の平板上での層流膜状凝縮熱伝達の代数的予測法 : 第1報 強制対流凝縮の場合
  • 多成分混合気の平板上での層流膜状凝縮熱伝達の代数的予測法-1-強制対流凝縮の場合
  • タセイブン コンゴウキ ノ ヘイバンジョウ デ ノ ソウリュウ マクジョウ ギ

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Abstract

Laminar forced convection film condensation of multicomponent mixtures on a flat plate is theoretically treated on the basis of two-phase boundary layer theory. The governing equations for the vapour boundary layer, which are coupled complicatedly with respect to concentration terms, are orthogonally transfomed to uncoupled equations similar to those of binary mixtures. Then, generalized simultaneous algebraic equations for predicting the heat and mass transfer characteristics of condensation of multicomponent mixtures are derived by applying the correlation equations for the boundary values of similarity solutions for binary mixtures.

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