Dryout of an Inductively Heated Bed of Steel Particles with Subcooled Flow from Beneath the Bed

F. P. TsaiUniversity of California, School of Engineering and Applied Science Los Angeles, California 90024

J. JakobssonUniversity of California, School of Engineering and Applied Science Los Angeles, California 90024

I. CattonUniversity of California, School of Engineering and Applied Science Los Angeles, California 90024

V. K. DhirUniversity of California, School of Engineering and Applied Science Los Angeles, California 90024

Abstract

An experimental investigation has been conducted of dryout heat flux in an inductively heated bed of metal particles with forced flow from beneath the bed. The mass flux varied from 0 to 3.11 kg/m²·s. Freon-113 was used as coolant. Particle sizes were 1588, 3175, and 4763 µm in diameter. The dryout heat flux was found to increase as mass flux increases. When the mass flux is large enough, the dryout heat flux asymptotically approaches the total evaporation energy of the inlet flow.

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Dryout of an Inductively Heated Bed of Steel Particles with Subcooled Flow from Beneath the Bed

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Dryout of an Inductively Heated Bed of Steel Particles with Subcooled Flow from Beneath the Bed

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