A theory of the wind-driven ocean circulation is presented in which the key feature is strong deformation of interior density layers and consequent production of closed geostrophic-contours by the flow itself. The constraint imposed on the subsurface flow by the imposition of a no flux condition where a geostrophic contour strikes a coastal boundary is thus removed. Within regions where the geostrophic contours close the potential vorticity is uniform...
The linear equations governing stratified, wind-driven flow in an ocean of arbitrary shape may be co...
This work examines the instabilities of steady circulations driven by stationary single-gyre wind fo...
Within a quasi-geostrophic two-layer model of the wind-driven ocean circulation, an idealized symmet...
The quasigeostrophic, wind-driven circulation theory given by Rhines and Young (1982b) is extended i...
An analytical model is developed for the wind-driven circulation in a continuously stratified ocean ...
Nonlinear solutions to the barotropic vorticity equation, forced by steady zonal winds and damped wi...
It is well known that the barotropic, wind-driven, single-gyre ocean model reaches an inertially-dom...
Oceanic motions are partly driven by thermal forces associated with differential heating of the surf...
Basin-wide geostrophic shear profiles have been computed for several latitudes in the eastern Atlant...
Described in this paper is a technique of using artificial water boundaries in theories of ocean cur...
A model is given that describes the local response of the upper ocean to an imposed surface wind str...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Meteorology, 1981.Microfiche copy av...
This paper studies the impact of topography and increased vertical resolution on steady-state wind a...
Multiple equilibria of the wind-driven gyres have been found in idealized quasi-geostrophic and shal...
Inertia-less wind-driven barotropic flow with lateral and Ekman friction is investigated in circular...
The linear equations governing stratified, wind-driven flow in an ocean of arbitrary shape may be co...
This work examines the instabilities of steady circulations driven by stationary single-gyre wind fo...
Within a quasi-geostrophic two-layer model of the wind-driven ocean circulation, an idealized symmet...
The quasigeostrophic, wind-driven circulation theory given by Rhines and Young (1982b) is extended i...
An analytical model is developed for the wind-driven circulation in a continuously stratified ocean ...
Nonlinear solutions to the barotropic vorticity equation, forced by steady zonal winds and damped wi...
It is well known that the barotropic, wind-driven, single-gyre ocean model reaches an inertially-dom...
Oceanic motions are partly driven by thermal forces associated with differential heating of the surf...
Basin-wide geostrophic shear profiles have been computed for several latitudes in the eastern Atlant...
Described in this paper is a technique of using artificial water boundaries in theories of ocean cur...
A model is given that describes the local response of the upper ocean to an imposed surface wind str...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Meteorology, 1981.Microfiche copy av...
This paper studies the impact of topography and increased vertical resolution on steady-state wind a...
Multiple equilibria of the wind-driven gyres have been found in idealized quasi-geostrophic and shal...
Inertia-less wind-driven barotropic flow with lateral and Ekman friction is investigated in circular...
The linear equations governing stratified, wind-driven flow in an ocean of arbitrary shape may be co...
This work examines the instabilities of steady circulations driven by stationary single-gyre wind fo...
Within a quasi-geostrophic two-layer model of the wind-driven ocean circulation, an idealized symmet...