| Output: Rayleigh integral of the acceleration with its area mean removed (no baffled monopole from the clamped shell's low modes)
|
main |
· 1m 5s |
| The stand as a rigid clamp at the mounting radius (20 mm), replacing the hole and the rigid-motion constraint
|
main |
· 1m 3s |
| Bell flank slope at the first strike
|
main |
· 57s |
| Realistic crash: plate-synthesis losses (sigma1 Laplacian term, small eta), firm 6 m/s stroke, rim 0.65 mm, strikes on the bell flank, the bow and the thin edge
|
main |
· 22s |
| First strike moved off the bell to 70 mm, just outside its edge
|
main |
· 1m 3s |
| Hold the shell's six rigid motions: the shallow-shell strains are not rotation invariant and a free, tilting shell is unphysical
|
main |
· 1m 4s |
| 3D scenes of both geometries for the results site (scripts/make_scenes.py)
|
main |
· 1m 4s |
| Two challenges, each with three strikes at 0, 2 and 4 s; 7 s output
|
main |
· 1m 5s |
| cymbal2: four challenges on one thin-shell cymbal model with a stick strike
|
main |
· 1m 4s |