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Impact of a Thermocline on Water Dynamics in Reservoirs – Dobczyce Reservoir Case

机译:温跃层对水库水动力学的影响-多布奇采水库案例

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While modeling water dynamics in dam reservoirs, it is usually assumed that the flow involves the whole water body. It is true for shallow reservoirs (up to several meters of depth) but may be false for deeper ones. The possible presence of a thermocline creates an inactive bottom layer that does not move, causing all the discharge to be carried by the upper strata. This study compares the results of hydrodydynamic simulations performed for the whole reservoir to the ones carried out for the upper strata only. The validity of a non-stratified flow approximation is then discussed.
机译:在对大坝水库的水动力学进行建模时,通常假定水流涉及整个水体。对于浅层储层(达几米的深度)是正确的,但对于较深层的则可能是错误的。可能存在的温跃层会形成一个不活动的底层,该底层不会移动,从而导致所有放电均由上层携带。这项研究将整个储层的水动力模拟结果与仅在上地层进行的水动力模拟结果进行了比较。然后讨论了非分层流量近似的有效性。

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