EXPERIMENTAL STUDY ON HEAT TRANSFER IN BINARY MIST FLOW (EFFECT OF INCIDENCE ANGLES OF A PLATE).

Koichi Hishida, MASANOBU MAEDA, SHIGERU IKAI

Research output: Contribution to journalArticle

1 Citation (Scopus)

Abstract

HEAT TRANSFER FROM AN INCLINED ISOTHERMAL FLAT PLATE IN BINARY (WATER-AIR) MIST FLOW HAS BEEN EXPERIMENTALLY STUDIED FOR A LOW WATER-AIR MASS FLOW RATIO WITHOUT A LIQUID FILM ON THE HEATING SURFACE. AT A CONSTANT WATER-AIR MASS FLOW RATIO,THE HEAT TRANSFER COEFFICIENTS INCREASE WITH AN INCREASE ININCIDENCE ANGLE AND UPSTREAM AIR VELOCITY AND WITH A DECREASE IN WALL TEMPERATURE. THE EFFECT OF INCIDENCE ANGLE IS A REMARKABLE AUGMENTATION OF HEAT TRANSFER NEAR THE LEADING PARTS OF THE PLATE.

Original languageEnglish
Pages (from-to)71-87
Number of pages17
JournalHEAT TRANSFER JPN RES
VolumeV 10
Issue numberN 4
Publication statusPublished - 1981 Oct
Externally publishedYes

Fingerprint

mist
Fog
incidence
air masses
heat transfer
mass flow
Heat transfer
Air
water
Water
air
wall temperature
flat plates
heat transfer coefficients
upstream
Liquid films
Heat transfer coefficients
heating
augmentation
liquids

ASJC Scopus subject areas

  • Fluid Flow and Transfer Processes

Cite this

EXPERIMENTAL STUDY ON HEAT TRANSFER IN BINARY MIST FLOW (EFFECT OF INCIDENCE ANGLES OF A PLATE). / Hishida, Koichi; MAEDA, MASANOBU; IKAI, SHIGERU.

In: HEAT TRANSFER JPN RES, Vol. V 10, No. N 4, 10.1981, p. 71-87.

Research output: Contribution to journalArticle

Hishida, K, MAEDA, MASANOBU & IKAI, SHIGERU 1981, 'EXPERIMENTAL STUDY ON HEAT TRANSFER IN BINARY MIST FLOW (EFFECT OF INCIDENCE ANGLES OF A PLATE).', HEAT TRANSFER JPN RES, vol. V 10, no. N 4, pp. 71-87.
Hishida, Koichi ; MAEDA, MASANOBU ; IKAI, SHIGERU. / EXPERIMENTAL STUDY ON HEAT TRANSFER IN BINARY MIST FLOW (EFFECT OF INCIDENCE ANGLES OF A PLATE). In: HEAT TRANSFER JPN RES. 1981 ; Vol. V 10, No. N 4. pp. 71-87.
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abstract = "HEAT TRANSFER FROM AN INCLINED ISOTHERMAL FLAT PLATE IN BINARY (WATER-AIR) MIST FLOW HAS BEEN EXPERIMENTALLY STUDIED FOR A LOW WATER-AIR MASS FLOW RATIO WITHOUT A LIQUID FILM ON THE HEATING SURFACE. AT A CONSTANT WATER-AIR MASS FLOW RATIO,THE HEAT TRANSFER COEFFICIENTS INCREASE WITH AN INCREASE ININCIDENCE ANGLE AND UPSTREAM AIR VELOCITY AND WITH A DECREASE IN WALL TEMPERATURE. THE EFFECT OF INCIDENCE ANGLE IS A REMARKABLE AUGMENTATION OF HEAT TRANSFER NEAR THE LEADING PARTS OF THE PLATE.",
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