Effect of Floating Water Plants on Wind-Induced Flow in a Closed Water Body
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概要
- 論文の詳細を見る
In some closed water bodies with little inflow and outflow, a flow is loose. So it has the different hydraulic characteristics from a river or an irrigation canal. When there is no disturbance, fluid is stratified based on vertical density distribution. In these bodies, the main dynamics of the water environmental substance depends on a mechanical disturbance, which is induced by the wind current on the water surfece, and a thermal disturbance, which is induced by convective flow. We especially considered the mechanical disturbance based on the wind-induced flow. The previous study, which studied about the closed water body with floating water plants reported that the existance of the floating water plants may shorten the fetch and affect the dynamics of a density interface. Thereat in our study, weexperimentally studied the relationship between the gregarious density of the floating water plants and the wind-induced flow in the closed water body. The result indicated that when the gregarious density of the floating water plants on the water surface becomes small, the values of the turbulent characteristics variables in the upper layer increase. This study clarified that vegatation density affects the entrainment phenomenon in a stratified water body.
- 九州大学の論文
著者
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Mori K
Department Of Bioproduction And Environmental Sciences Faculty Of Agriculture Kyushu University
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Mori Ken
Laboratory Of Bioproduction And Environment Information Science Division Of Bioproduction And Enviro
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Hamagami Kunihiko
Department Of Bioproduction And Environmental Sciences Faculty Of Agriculture Kyushu University
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Hamagami Kunihiko
Faculty Of Agriculture Kyushu University
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OZAKI Akinori
Faculty of Agriculture Kyushu University
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Ozaki Akinori
Laboratory Of Bioproduction And Environment Information Sciences Division Of Bioproduction And Envir
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Hamagami Kunihiko
Laboratory of Bioproduction and Envirnmental Information Sciences,Division of Bioproduction and Envi
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