Lizdaf
Mechanical
- Feb 2, 2017
- 2
Hi,
Can someone help me to explain about acoustic resonator damping capacity?
As per my understanding, damping capacity is the ability of the material/system to absorb any incoming energy (i.e. mechanical energy) into heat.
Hence, if some acoustic resonator (example, Helmholtz resonator) having a high damping capacity, it means that the pressure amplification ratio of it is low?
Do you have any related reading material that explicitly explain about this concept?
Any help/explanation in order for me to understand about this concept is greatly appreciated.
Thanks
Can someone help me to explain about acoustic resonator damping capacity?
As per my understanding, damping capacity is the ability of the material/system to absorb any incoming energy (i.e. mechanical energy) into heat.
Hence, if some acoustic resonator (example, Helmholtz resonator) having a high damping capacity, it means that the pressure amplification ratio of it is low?
Do you have any related reading material that explicitly explain about this concept?
Any help/explanation in order for me to understand about this concept is greatly appreciated.
Thanks
