- Complete and submit paper on efficient ERK scheme for spectral difference methods applied to Euler and LEE equations with (with David Ketcheson and Willem Deconick) (SIAM SISC)
- Show an example of internal instability
- Run simulations (about 33)
- Post process data
- Writing
- Plan next steps to fix internal instability issue –> This will lead to a new project
- Complete paper on SD and LES in a muffler with 3rd- and 4th-order results
- Run 4 simulations on KAUST cluster (write proposal to get hours)
- Post-process the data and make comparison
- Writing
- Efficient and accurate ERK for aeroacoustics (with David Ketcheson)
- Let’s use SD.
- Implement absorbing BC in CF3 (PML, sponge zone, or start with rude coarsening)
- Start implicit shallow water on the sphere in PyClaw (with David Ketcheson, Jed Brown and Kyle Mandli)
