NJIT eTD::njit-etd1969-002::Lee, David Tzeh-Hsian::"Experimental investigation of submerged, incompressible, turbulent, impinging jets"

Measurements concerning various flow parameters of jets impinging on a smooth lucite plate and a heated metal plate have been carried out. In particular, it is shown that the potential core length of a jet is a function of the Reynolds number and of the jet diameter. It has also been demonstrated that impinging jets behave in many important respects like free jets, except in the immediate vicinity of the target plate.

The flow behavior in the wall jet zone was investigated experimentally, and a satisfactory agreement with the results of the previous investigators was found. The maximum velocity decay parameters for a radial wall jet were also investigated analytically, and appear in a good agreement with the experimental results.

Title:	Experimental investigation of submerged, incompressible, turbulent, impinging jets
Author:	Lee, David Tzeh-Hsian
Document Type:	Thesis
Department:	Department of Mechanical Engineering
Degree:	Master of Science
Major:	Mechanical Engineering
Advisory Committee:	Hryack, Peter Chen, Rong-Yaw Florio, Pasquale J.
Thesis Date:	1969
Keywords:	Jets -- Fluid Dynamics
Availability:	Unrestricted
Abstract:	Measurements concerning various flow parameters of jets impinging on a smooth lucite plate and a heated metal plate have been carried out. In particular, it is shown that the potential core length of a jet is a function of the Reynolds number and of the jet diameter. It has also been demonstrated that impinging jets behave in many important respects like free jets, except in the immediate vicinity of the target plate. The flow behavior in the wall jet zone was investigated experimentally, and a satisfactory agreement with the results of the previous investigators was found. The maximum velocity decay parameters for a radial wall jet were also investigated analytically, and appear in a good agreement with the experimental results.
Complete Thesis:	njit-etd1969-002 (113 pages ~ 19,257 KB pdf)
Download by Chapters:	Front Matter (Title Page, Abstract, Table of Contents, etc. ~ 12 pages ~ 2,878 KB pdf) Chapter I: Introduction (4 pages ~ 900 KB pdf) Chapter II: Experimental Apparatus and Procedure (6 pages ~ 1,535 KB pdf) Chapter III: Theoretical Analysis (20 pages ~ 5,431 KB pdf) Chapter IV: Analysis of the Experimental Results (17 pages ~ 3,610 KB pdf) Conclusions (2 pages ~ 211 KB pdf) Recommendations (2 pages ~ 185 KB pdf) Bibliography (3 pages ~ 308 KB pdf) Figures (55 pages ~ 4,513 KB pdf)
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