1problem: gaussian_wave 2mu: 0 # Effectively solving Euler momentum equations 3 4dm_plex_box_faces: 40,40,1 5dm_plex_box_upper: 1,1,0.025 6dm_plex_box_lower: 0,0,0 7dm_plex_dim: 3 8bc_freestream: 4,6,3,5 9bc_slip_z: 1,2 10 11reference: 12 temperature: 0.25 13 pressure: 71.75 14freestream: 15 # riemann: hll # causes thermal bubble to reflect acoustic waves from boundary 16 velocity: 2,2,0 17g: 0,0,0 18 19epicenter: 0.33,0.75,0 20amplitude: 2 21width: 0.05 22 23ts: 24 adapt_type: none 25 max_steps: 100 26 dt: 2e-3 27 type: alpha 28 alpha_radius: 0.5 29 #monitor_solution: cgns:nwave.cgns 30 #monitor_solution_interval: 10 31 32implicit: true 33stab: supg 34state_var: primitive 35 36snes_rtol: 1e-4 37ksp_rtol: 1e-2 38snes_lag_jacobian: 20 39snes_lag_jacobian_persists: 40 41## Demonstrate acoustic wave dissipation using an internal damping layer 42# idl: 43# decay_time: 2e-3 44# start: 0 45# length: .25 46