Patterns, Transport, and Anisotropy of Salt Fingers in Shear: Data from Numerical Simulations

Published: 20 March 2023| Version 1 | DOI: 10.17632/hhxwjkmmgk.1
Contributor:
Justin Brown

Description

The numerical work presented here contains a number of simulations pertinent to the evolution of salt fingers in the ocean. These systems exist in the ther- mocline, which has temperature and salinity both decreasing with depth. This repository is intended as a supplement to “Patterns, Transport, and Anisotropy of Salt Figners in Shear,” by Brown and Radko, which has been submitted to the Journal of Physical Oceanography.

Files

Institutions

Naval Postgraduate School

Categories

Oceanography, Fluid Dynamics, Numerical Modeling

Funding

U.S. National Science Foundation

OCE 1756491

Licence