Single fold and offset driver, then add a stub(offset exit
Or similar) and you hit on all of these. But first adjust CSA in between those to keep Vas and Fs@Qts happy, but within tge confibes of ‘segments’ it becomes easier to digest or simulate the asumption)and you have a winner in every aspect of Fb flat to 40hz. Orange is that singke fold. Yellow is anything you might find convenient like a throat chamber? path or any distance between Impedance landmarks it seems. Green is offset driver entry or tapped?. Each CSA is Q. They all stack up as length is as affective by location for Fb. Volume/velocity in a pipe should be easier on our brains? cause this is all very hard on mine, Lol! Im trying to keep it simpler somehow.. this might work out for people to use? I dunno, but im going to test it as several different layouts and same TS parametes.
im not using actual ‘pipe’, but the design has pipe segments as well(rectangular)
Or similar) and you hit on all of these. But first adjust CSA in between those to keep Vas and Fs@Qts happy, but within tge confibes of ‘segments’ it becomes easier to digest or simulate the asumption)and you have a winner in every aspect of Fb flat to 40hz. Orange is that singke fold. Yellow is anything you might find convenient like a throat chamber? path or any distance between Impedance landmarks it seems. Green is offset driver entry or tapped?. Each CSA is Q. They all stack up as length is as affective by location for Fb. Volume/velocity in a pipe should be easier on our brains? cause this is all very hard on mine, Lol! Im trying to keep it simpler somehow.. this might work out for people to use? I dunno, but im going to test it as several different layouts and same TS parametes.
im not using actual ‘pipe’, but the design has pipe segments as well(rectangular)
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