These animated GIFs that John posted early on were inspirations for trying to understand what was going on:

![1](http://johncarlosbaez.files.wordpress.com/2014/05/t-dyn3.gif)

![2](http://johncarlosbaez.files.wordpress.com/2014/05/sst-wind-cur-eqt-20c1.gif)

You look at that and compare to the dynamics of sloshing and can see similarities. Why has no one looked at the math of sloshing ?

>I thought you posted a 3D animation recently. You also had some tdal gauge plots.

Somebody made up this ridiculous fake plot "showing" how much the sea level rises around the Philippines that I pinched:

![goddard](http://imageshack.com/a/img540/6605/Qei3sz.gif)

This is not 3D but is a numerical solution of the sloshing equation

![sloshing](http://imageshack.com/a/img823/6842/6fd5.gif)

This shows the surface and the subsurface computational mesh.

![1](http://johncarlosbaez.files.wordpress.com/2014/05/t-dyn3.gif)

![2](http://johncarlosbaez.files.wordpress.com/2014/05/sst-wind-cur-eqt-20c1.gif)

You look at that and compare to the dynamics of sloshing and can see similarities. Why has no one looked at the math of sloshing ?

>I thought you posted a 3D animation recently. You also had some tdal gauge plots.

Somebody made up this ridiculous fake plot "showing" how much the sea level rises around the Philippines that I pinched:

![goddard](http://imageshack.com/a/img540/6605/Qei3sz.gif)

This is not 3D but is a numerical solution of the sloshing equation

![sloshing](http://imageshack.com/a/img823/6842/6fd5.gif)

This shows the surface and the subsurface computational mesh.