Flat Shelf Upwelling Experiment (Part 1) | Weekly Research Update
This week I started running upwelling experiments using a flat-shelfed grid. As a reminder, the motivation for this experiment is to compare numerical simulations of wind-induced upwelling to an analytical solution. This experiment is still a work in progress. Currently, the model is mostly set up, and I’ve run a trial run. However, the experimental conditions need some refinement, and I have yet to set up a comparison to analytical solutions. More details in the “Preliminary Results” section below. Model Set Up For this experiment, I have switched to a simpler flat-shelfed grid (Figure 1). The shelf is perfectly flat with a depth of 100 m, and a vertical wall at the coastline. Fig 1. Flat-shelfed grid. To simplify this ex
Maybe you could use constant temperature and no atm forcing, then create the stratification with salinity, and use gradient boundary conditions for everything?
Flat Shelf Upwelling Experiment (Part 1) | Weekly Research Update
This week I started running upwelling experiments using a flat-shelfed grid. As a reminder, the motivation for this experiment is to compare numerical simulations of wind-induced upwelling to an analytical solution. This experiment is still a work in progress. Currently, the model is mostly set up, and I’ve run a trial run. However, the experimental conditions need some refinement, and I have yet to set up a comparison to analytical solutions. More details in the “Preliminary Results” section below. Model Set Up For this experiment, I have switched to a simpler flat-shelfed grid (Figure 1). The shelf is perfectly flat with a depth of 100 m, and a vertical wall at the coastline. Fig 1. Flat-shelfed grid. To simplify this ex
https://ajleeson.github.io/research_blog/2022/07/18/flat-shelf-upwelling-part-1.html