Interaction of a Buoyant Turbulent Round Jet with a Co-Flowing Wind.
Abstract
A broad effort is being conducted to develop an operational Warm Fog Dispersal System (WFDS) using ground-based heat sources. In order to determine the optimum heat and thrust for the combustors in the WFDS, investigations have been made of the buoyant motion in round- and plane-heated turbulent jets in co-flowing (that is, same direction) wind fields. This report describes a method of calculating the round jet case. The method can be used for jet velocities of 100m/sec or less, wind velocities below or equal to the jet velocity, and jet temperatures up to 3 times the ambient value. Initial jet velocities of 5 and 20m/sec and temperature excesses, relative to the ambient temperature, of .3 and 1 were selected for the calculations.
Document Details
- Document Type
- Technical Report
- Publication Date
- Nov 11, 1975
- Accession Number
- ADA021470
Entities
People
- Bruce A. Kunkel
- Milton M. Klein
Organizations
- Air Force Cambridge Research Laboratories