Accession Number : ADA325958
Title : Rotating Convection Driven by Differential Bottom Heating and Its Application.
Descriptive Note : Doctoral thesis,
Corporate Author : MASSACHUSETTS INST OF TECH CAMBRIDGE
Personal Author(s) : Park, Young-Gyu
PDF Url : ADA325958
Report Date : SEP 1996
Pagination or Media Count : 141
Abstract : A laboratory convection experiment was performed as a model of the thermohaline circulation of the oceans with a rotating square container. Differential beating was applied along the bottom of the container using an electrical heater and a constant temperature cooling plate. The focus was given to scaling laws for meridional heat transport and a thermal boundary layer. Comparisons with earlier studies suggest that the heat transport of the experiment was mostly due to the meridional geostrophic flows and minor contribution due to the friction at the bottom. The same applies to the thermal boundary layer. The scaling law from the experiment (geostrophic scaling law) was applied to a two box model to study the stability of thermohaline circulation. The model shows that if the effects of the Earth's rotation are included, it is less likely to have a thermohaline catastrophic transition under the present conditions.
Descriptors : *HEAT TRANSFER, *CONVECTION(HEAT TRANSFER), *THERMAL BOUNDARY LAYER, *GEOSTROPHIC CURRENTS, STABILITY, LABORATORY TESTS, OCEAN CURRENTS, THESES, FLOW, FRICTION, CIRCULATION, DIFFERENTIAL THERMAL ANALYSIS.
Subject Categories : Physical and Dynamic Oceanography
Distribution Statement : APPROVED FOR PUBLIC RELEASE