...
Accomplishments
- Calculated range of energy dissipation rates for various non-tapered baffle spacings to be tested using an energy dissipation rate of 0.4 mW/kg (various increments around the spacing for 0.4 mW/kg).
- Using 0.4 mW/kg because that is the energy dissipation rate used by the Design team
Metrics
...
- (b)
Metrics
ε = (K.baffle*Q^3) / (2*b^4*w^3)
Q = 100 L/min
K.baffle = 4
Π.cell = 1
w = 12 in
b = various spacings (in)
b (in) | ε (mW/kg) |
2" | 49.099 |
3" | 9.699 |
4" | 3.069 |
5" | 1.257 |
6" | 0.606 |
7" | 0.327 |
8" | 0.192 |
Outcomes
- Have range of values of spacings to be tested with adjustable baffle system to find an optimal energy dissipation rate.