Hi Stella,
The rsl files do not give any real indication of why your run stopped; however, I see a few problems with your simulation.
1) Your domains are way too small. We advise that your domains (e_we x e_sn) not be any smaller than 100x100. Otherwise the simulation is likely going to be unreasonable.
2) I notice your d01 resolution is very coarse. What type of input data are you using? Most input data are fairly fine in resolution these days - usually no more coarse than something like 1 degree. The resolution of d01 should be higher resolution than the input data, and should be no more than about a 7:1 ratio. So if you had 1 degree input data (which is about 110 km), it would be reasonable to have dx = 18000, and since you're using a 3:1 grid ratio, the full setting would be dx = 18000, 6000, 2000.
3) Your time_step should be no more than 6xDX, which you are already staying within the limit, but your time_step is incredibly small compared to your current dx. I suppose this may be because you were unable to get it to run otherwise, given the small number of grid points in each direction, and a large number of vertical levels?
4) You're using 16 processors, which is too many for the small size of your domain. Take a look at
this FAQ that discussed how to choose a reasonable number of processors.
I would advise to take a look at
this web page, which provides best practice suggestions for setting up your domain. You may also later want to refer to the
similar page for the WRF namelist. Additionally, you should make your domains larger, check on the resolution of your input data vs. your dx/dy in your namelist, start with a time_step of 6xDX, and you likely don't need to use adaptive_time_step, unless you are forced to run with a smaller time_step and it's taking too long to run. And make sure you're using an appropriate number of processors.
