Laboratory and Numerical Modeling of Topographic Effects on Time Dependent Ocean Currents

点击翻译按钮获取中文摘要

When a strong ocean current interacts with ocean bottom topography, eddies are formed on the lee side. This proposal is to study the process of eddy generation and decay by both steady and unsteady flows past topographic features. The PI (Boyer) will simulate the effect of topographic interaction in rotating tank experiments by moving the topographic obstacles relative to a stratified, rotating fluid. Additionally, a numerical model will be run (Holland) using a primitive equation formulation with 20 layers in the vertical. Results of the laboratory and computer models will be used to predict the geophysical result of the interactions in the ocean.