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Post by isaiah on Mar 20, 2017 17:34:12 GMT
Hello Real Traps and members of the Audio Expert Forum! I have an inquiry as far acoustic treatment for my room. I live in a trapezoid attic and the dimensions are as follows... My height is 6' 7'' , my width is 12' meh, and my depth is 26' Yes, I am proud to be a novice, acoustic enthusiast that is learning everyday about acoustics, but I wanted to see what the community would recommend. I've been researching material from great, informative experts like Dennis Folley from Acoustic Fields and Ethan Winer from Real Traps. I even observe what I can from my local studios here in Baltimore, MD So, considering my room dimensions, should I fill the room with owens corning 703 4'' frk on the corners of my walls and on reflection points? Should I get thicker or more dense material to fill the room? (I think thinner over the whole surface area is better?) Should I use the fluffy lol to stuff behind the traps that I put up in the corners? Should I use diffusion considering the way my room type and dimensions are? I think my room should be considered small because it's under 3,000 cubic feet I also attached some information to help make this a little more clear. The attachments are what my room looks like and the size. Also, I'm putting my speakers where my dresser is near the window.
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Post by Hexspa on Mar 20, 2017 23:31:15 GMT
Coverage is about budget whereas more is better.
If you have money for greater quantity of thicker panels with fluffy behind then do it.
You can treat all the angles of your room plus RFZ. Face the window but not against the wall - find your 38% or measure to find ideal LP.
A room under 2500ft3 I'd consider small. Yours is below 2000ft3 since your ceiling takes some away. Ethan says 1500ft3 is workable.
I think anything below 10,000ft3 would be considered small based on wavelength, Schroeder and "true reverb" etc.
Volume, like treatment, is always better in greater quantities.
At the end of the day you have what you have and anything can be improved.
First master absorption before implementing diffusion.
-m
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Post by isaiah on Mar 24, 2017 16:12:40 GMT
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