# Prognostic Modeling Studies of the Keweenaw Current in Lake Superior. Part II: Simulation

## Related Articles

- The tilting instability with buoyant forcing in a two-dimensional viscous fluid. Soloviev, Guennadi I.; Shapiro, Vitali D. // Journal of the Atmospheric Sciences;9/15/96, Vol. 53 Issue 18, p2671
Investigates the tilting instability with thermal buoyancy included as a source supporting convection against viscous dissipation. Schematic conceptual diagram showing how a shear flow distorts convective cells into a tilted configuration; Instability threshold in the Rayleigh number versus...

- Variable source regions of Denmark Strait and Faroe Bank Channel overflow waters. K�HL, ARMIN // Tellus: Series A;Aug2010, Vol. 62 Issue 4, p551
The pathways of the water that overflows the Greenlandï¿½Scotland Ridge and their source regions are studied with an ocean circulation model. Depending on the size of wind stress curl around Iceland, different water mass properties are found in the less dense fraction of the overflows on both...

- Fluid flow during active oblique convergence: ASouthern Alps model from mechanical and geochem... Koons, P.O.; Craw, D.; Cox, S.C.; Upton, P.; Templeton, A.S.; Chamberlain, C.P. // Geology;Feb98, Vol. 26 Issue 2, p159
Presents observations on fluid flow during active oblique convergence in relation to a Southern Alps model. Detailed information on the observations; Reference to the Southern Alps; Details on mechanical forces and models; Other information.

- A pattern emerges. Chown, Marcus // New Scientist;07/12/97, Vol. 155 Issue 2090, p34
Focuses on scientific efforts to formulate a theory of pattern formation in nature using fluid dynamics. Discovery of oscillons that form complex structures; Patterns formed by flow of granular materials; Formation of antiferromagnetic lattice; Analogy with solitons.

- On the shear and curvature vorticity equations. Viudez, Alvaro; Haney, Robert L. // Journal of the Atmospheric Sciences;11/15/96, Vol. 53 Issue 22, p3384
Interprets tendency equations for shear and curvature vorticity as function of terms that modify speed and direction in a fluid element. Significance of anholonomic frame and directional derivatives; Discussion of previous formulations; Representation of relationships between kinematic and...

- Analytical model of the 'tilting' instability. Rosenbluth, M.N.; Shapiro, V.D. // Physics of Plasmas;Feb94, Vol. 1 Issue 2, p222
Proposes an analytical model of the tilting instability that exhibits inverse cascade phenomenon, conserving both energy and enstrophy. View that tilting instability is an instability of convective motions two-dimensional ideal fluid transforming convection into sheared flow; Evolution of the...

- Prediction of large-scale transition features in the wake of a circular cylinder. Braza, M.; Chassaing, P.; Minh, H. Ha // Physics of Fluids A;Aug90, Vol. 2 Issue 8, p1461
A direct numerical simulation of the viscous incompressible flow around a circular cylinder is carried out in the Reynolds number range 2000ï¿½10 000 by solving the two-dimensional time-dependent Navierï¿½Stokes equations, using a pressureï¿½velocity finite-volume method. Apart from the...

- Plumes in Heleï¿½Shaw cells. Amar, Martine Ben // Physics of Fluids A;Dec92, Vol. 4 Issue 12, p2641
A theoretical treatment of a thermal growing plume in a Heleï¿½Shaw cell is presented. An explanation of why the experiment shows a cap similar to a Saffmanï¿½Taylor finger that occupies half the cell is presented. A boundary layer analysis, in two dimensions, reveals a selection mechanism...

- Fractal characteristics of isoconcentration surfaces in plumes dispersing in the atmospheric... Yee, Eugene; Chan, R. // Physics of Fluids;Nov95, Vol. 7 Issue 11, p2715
Studies the geometrical properties of isoconcentration surfaces in a plume dispersing in the atmospheric surface layer using a generalized box-counting method applied to a limited random point set. Computation of the dimension spectra for the concentration level sets; Fractal nature of the...