SPOT COOLING AND HEATING OF SURFACES WITH HIGH VELOCITY IMPINGING AIR JETS. PART 2. CIRCULAR JETS ON PLANE AND CURVED SURFACES, SLOT JETS ON CURVED SURFACES.
Abstract
Average heat transfer coefficients were determined experimentally for small, high velocity air jets impinging normally on flat and curved surfaces. Jets of both circular and flat rectangular (slot) cross-sections were used. The transient temperature response of the copper target, forming the surfaces in question, was used to deduce the convective heat transfer coefficient. The reduced data are given in nondimensional form to maintain generality and to allow application to other geometrically similar configurations and for fluids other than air. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Jul 01, 1964
- Accession Number
- AD0607727
Entities
People
- Dieter Richard Walz
Organizations
- Stanford University