Post by Hexspa on Oct 22, 2017 17:37:51 GMT
I never understood how resonances function until now. That's assuming what he says is correct. It's the frequency at which energy moves most easily. A guitar string resonates at it's tuned pitch because of the string's tension, mass, and energy applied to it. That's why it'll play even with ambient sound stimulation and you don't even need to pluck it.
amcoustics.com/articles/roommodes
He also briefly touches on the Shroeder Frequency and how, above it, you're pretty much going to have even modal distribution throughout. I was always thinking about below the SF but it's neat to understand that you're good to go above it. Apparently, he doesn't contradict anything Ethan has said so I don't anticipate any blowback for posting this. The guy is German so some of his referenced links are not in English. It's a free site and he doesn't seem to be selling anything so I'm going to assume it's cool to post this here.
The only thing is that he talks about foam specifically as a frictional absorber but you can easily swap out fluffy or OC 705.
Hopefully, this will help some of you like it's helped me.
Thanks.
amcoustics.com/articles/roommodes
He also briefly touches on the Shroeder Frequency and how, above it, you're pretty much going to have even modal distribution throughout. I was always thinking about below the SF but it's neat to understand that you're good to go above it. Apparently, he doesn't contradict anything Ethan has said so I don't anticipate any blowback for posting this. The guy is German so some of his referenced links are not in English. It's a free site and he doesn't seem to be selling anything so I'm going to assume it's cool to post this here.
The only thing is that he talks about foam specifically as a frictional absorber but you can easily swap out fluffy or OC 705.
Hopefully, this will help some of you like it's helped me.
Thanks.
