Propagation of Sinuous Disturbances in Two-Dimensional and Confined Laminar Submerged Jets.
Abstract
The dynamic response of laminar submerged two-dimensional and face-plate bounded jets to lateral disturbances is investigated. In particular, the propagation of sinous disturbances, including those generated from a oscillatorily pivoting origin such as approximated in analog fluidic amplifiers, is described largely in terms of the propagation velocity of the disturbances and the spacial growth rate of the envelope of the inotion. Two-dimensional jets are analyzed over a broad range of Reynolds and Strouhal numbers both locally and globally. Jets with three-dimensional effects introduced by face plates are analyzed, with relatively less precision, for various aspect ratios.
Document Details
- Document Type
- Technical Report
- Publication Date
- Aug 31, 1974
- Accession Number
- ADA004018
Entities
People
- F. T. Brown
- R. C. Sekhar
Organizations
- Lehigh University