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Year-round temperature simulation of cold climate lakes
AbstractA dynamic simulation model of lake water temperature developed for summer conditions is extended to accomplish the year-round one-dimensional, unsteady simulation of hydrothermal processes in a lake located in the temperate region. New submodels for the winter cover and for the heat exchange with lake bottom sediments are added to the existing summer stratification model. This extension enhances the applicability of the model. Numerical results were obtained with the expanded simulation model for Lake Calhoun, Minnesota, and compared with some field data.
Year-round temperature simulation of cold climate lakes
AbstractA dynamic simulation model of lake water temperature developed for summer conditions is extended to accomplish the year-round one-dimensional, unsteady simulation of hydrothermal processes in a lake located in the temperate region. New submodels for the winter cover and for the heat exchange with lake bottom sediments are added to the existing summer stratification model. This extension enhances the applicability of the model. Numerical results were obtained with the expanded simulation model for Lake Calhoun, Minnesota, and compared with some field data.
Year-round temperature simulation of cold climate lakes
Gu, Ruochaun (Autor:in) / Stefan, Heinz G. (Autor:in)
Cold Regions, Science and Technology ; 18 ; 147-160
19.12.1989
14 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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