Experimental evaluation of the effect of distortion in thermal plume models / by B.G. Krishnappan and C.K. Jonys.: En13-5/90-86E-PDF
"To assess the impact of thermal discharges from power plants into large bodies of water such as a lake, one needs to know the mixing characteristics and the temperature distributions. Such information is often obtained by simulating the phenomenon in a small scale model in the laboratory (physical model). Invariably, the physical models are distorted (by using different geometric scales for the horizontal and vertical directions). In this paper, the effect of geometric distortion is evaluated by studying thermal discharge processes in a model with and without distortion"--Management Perspective.
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|Department/Agency|| Canada. Environment Canada. |
National Water Research Institute (Canada)
|Title||Experimental evaluation of the effect of distortion in thermal plume models / by B.G. Krishnappan and C.K. Jonys.|
|Series title||NWRI contribution ; no. 90-86|
|Publication type||Series - View Master Record|
|Note(s)|| Digitized edition from print [produced by Environment and Climate Change Canada]. |
Includes bibliographical references.
Includes abstract in French.
|Publishing information||Burlington, Ontario : National Water Research Institute, 1990.|
|Author / Contributor|| Krishnappan, B. G., 1943- author. |
Jonys, C. K., author.
|Description||1 online resource (6 pages) : figures.|
|Catalogue number|| |
|Subject terms||Water pollution|
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