Heat Transfer and Flow Friction CharacTeristics of Perforated Nickel Plate-Fin Type Heat Transfer Surfaces

摘要

Experimental results for the convective heat transfer and flow friction characteristics of plate-fin type heat transfer surfaces are presented for eight surfaces. Six surfaces were fabricated of perforated nickel plate, one perforated nickel fins with solid nickel plate splitters and one of solid nickel plate. The heat transfer data were obtained by the transient technique and includes the effect of longitudinal conduction. (Author)