Errors from Using Conservation of Buoyancy Concept in Plume Computations

Author:

Tatom Frank B.

Publisher

American Society of Civil Engineers (ASCE)

Subject

Mechanical Engineering,Water Science and Technology,Civil and Structural Engineering

Reference8 articles.

1. Fen L. N. “Turbulent Buoyant Jets Into Stratified or Flowing Ambient Fluids ” Report No. KH‐R‐15 W. M. Keck Lab. California Institute of Technology June 1967.

2. Hirst E. A. “Analysis of Round Turbulent Buoyant Jets Discharged to Flowing Stratified Ambients ” ORNL‐4685 Oak Ridge National Laboratory June 1971.

3. Hirst E. A. “Analysis of Buoyant Jets Within the Zone of Flow Establishment ” ORNL‐TM‐3470 Oak Ridge National Laboratory Aug. 1971.

4. Jirka G. and Harleman D. R. F. “The Mechanics of Submerged Multiport Diffusers for Buoyant Discharges in Shallow Water ” Report No. 169 Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Department of Civil Engineering Massachusetts Institute of Technology Cambridge Mass. Mar. 1973.

5. Koh R. C. Y. and Fan L. N. “Mathematical Models for the Prediction of Temperature Distributions Resulting from the Discharge of Heated Water into Large Bodies of Water ” Water Pollution Control Research Series Report 16130 DWO 10/70 Environmental Protection Agency Water Quality Office. Oct. 1970.

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1. Vertical Penetration of Double-Diffusive Water Plumes Discharged Vertically Downward;Journal of Hydraulic Engineering;2003-07

2. Vertical Penetration of Inclined Heated Water Jets Discharged Downward;Journal of Environmental Engineering;1999-04

3. Horizontal penetration of inclined thermal buoyant water jets;International Communications in Heat and Mass Transfer;1998-05

4. Submerged warm water jet discharge in an ice-covered reservoir or lake;Cold Regions Science and Technology;1993-01

5. Vertical thermal-buoyant jets;Journal of Hydraulic Research;1991-09

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