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ISSN Online: 2377-424X

International Heat Transfer Conference 3
August, 7-12, 1966, Chicago, USA

INFLUENCE OF IMPINGING JET VARIABLES ON LOCAL HEAT TRANSFER COEFFICIENTS ALONG A FLAT SURFACE WITH CONSTANT HEAT FLUX

Get access (open in a dialog) DOI: 10.1615/IHTC3.1910
pages 292-299

Sinopsis

Experimentally determined local heat transfer coefficients are reported and correlated for a plane liquid jet striking a heated surface at various angles. The experimental arrangement and data reduction methods are described. Although no attempt was made to solve the boundary layer equations for this flow situation, correlation of the data was achieved through consideration of analytical solutions to stagnation flow and uniform parallel flow on a flat plate reported by previous investigators. The correlation, which is based on a physically plausible modification to the flat plate Reynolds Number, reduces to the uniform parallel flow correlation at zero impingement angle.