michaelgreenaudio
A system that you dampen is going to play one sound, more than a system where you use mechanical transfer and variable tuning. Mechanical transfer works very much like a musical instrument. As you make adjustments to the transfer points you gain control over the signal.
>>>>>I agree that one should transfer mechanical energy (including acoustic energy and residual energy) rapidly out of the component. The problem arises when you *allow* mechanical energy transfer from the structure to the component, I.e., by not (rpt not) *isolating* the component from seismic energy. Seismic energy in the frequency range 0 to 20 Hz and higher isn’t good for anyone, no matter how you slice it. You can’t put the genie back in the bottle.
As for damping, there are Dampers and there are Dampers. Obviously, “over-dumping” is never a good idea, as Acoustic Revive has stated. I think dismissing all damping is kind of throwing the baby out with the bath water.
A system that you dampen is going to play one sound, more than a system where you use mechanical transfer and variable tuning. Mechanical transfer works very much like a musical instrument. As you make adjustments to the transfer points you gain control over the signal.
>>>>>I agree that one should transfer mechanical energy (including acoustic energy and residual energy) rapidly out of the component. The problem arises when you *allow* mechanical energy transfer from the structure to the component, I.e., by not (rpt not) *isolating* the component from seismic energy. Seismic energy in the frequency range 0 to 20 Hz and higher isn’t good for anyone, no matter how you slice it. You can’t put the genie back in the bottle.
As for damping, there are Dampers and there are Dampers. Obviously, “over-dumping” is never a good idea, as Acoustic Revive has stated. I think dismissing all damping is kind of throwing the baby out with the bath water.