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NEW POSSIBILITIES FOR THE AVERAGE VOLUME TEMPERATURE AND THE ENTHALPY CHANGE DETERMINATION OF DIVERSELY CONFIGURATED SOLIDS DURING COOLING.

NOUVELLES POSSIBILITES DE DETERMINATION DE LA TEMPERATURE VOLUMIQUE MOYENNEET DU CHANGEMENT D'ENTHALPIE DE SOLIDES DE DIVERSES CONFIGURATIONS PENDANT LEUR REFROIDISSEMENT.

Author(s) : FIKIIN K. A.

Summary

NEW APPROACHES ARE PROPOSED FOR DETERMINING THE AVERAGE VOLUME TEMPERATURE AND THE ENTHALPY VARIATION IN THE COURSE OF COOLING (HEATING) OF DIVERSELY CONFIGURATED SOLIDS. COVERED SIMULTANEOUSLY ARE ALL 3 CLASSICAL ONE-DIMENSIONAL BODIES (INFINITE SLAB, INFINITE CYLINDER AND SPHERE), AS WELL AS DIVERSE AND COMPLICATED MULTIDIMENSIONAL BODIES. SPECIAL FORMULAE DEDUCED FOR NUMERICAL INTEGRATION ARE CONVENIENT FOR DIRECT ALGORITHMIZATION AND COMPUTER REALISATION, AND ALLOW ENERGY PREDICTION OF NON-STATIONARY CONDUCTIVE HEAT TRANSFER PROCESSES HAVING HIGHLY COMPLICATED DEVELOPMENT IN SPACE AND TIME. ONE EXAMPLE GIVEN.

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Pages: 1990-4

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Details

  • Original title: NOUVELLES POSSIBILITES DE DETERMINATION DE LA TEMPERATURE VOLUMIQUE MOYENNEET DU CHANGEMENT D'ENTHALPIE DE SOLIDES DE DIVERSES CONFIGURATIONS PENDANT LEUR REFROIDISSEMENT.
  • Record ID : 1992-1007
  • Languages: French
  • Publication date: 1990/09/24
  • Source: Source: C. R. Réun. Dresde, IIF/Proc. Dresd. Meet., IIR
    1990-4; 673-681; 2 fig.; 16 ref.
  • Document available for consultation in the library of the IIR headquarters only.

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