Xref: utzoo rec.audio:7149 sci.electronics:3264 Path: utzoo!yunexus!geac!sq!utfyzx!utgpu!water!watmath!clyde!att!osu-cis!tut.cis.ohio-state.edu!bloom-beacon!bu-cs!purdue!i.cc.purdue.edu!j.cc.purdue.edu!pur-ee!pc.ecn.purdue.edu!cb.ecn.purdue.edu!zentner From: zentner@cb.ecn.purdue.edu (Michael Zentner) Newsgroups: rec.audio,sci.electronics Subject: Re: New poll Keywords: loudspeaker, speaker, bibliography Message-ID: <430@cb.ecn.purdue.edu> Date: 13 Jul 88 17:36:30 GMT Article-I.D.: cb.430 References: <1309@kodak.UUCP> <6198@aw.sei.cmu.edu> <2585@obiwan.mips.COM> Reply-To: zentner@cb.ecn.purdue.edu.UUCP (Michael Zentner) Organization: Purdue University Dept of Chemical Engineering Lines: 21 In article <2585@obiwan.mips.COM> mark@obiwan.UUCP writes: >;-) I doubt if the various snake-oil designs popular on wreck.audio are > included. I also doubt if more than three or four wreck.audio readers > can even understand what nonlinear optimization and finite element > analysis means. :-) > > Barry L. Ornitz How aout this! These techniques are widely used in various chemical and industrial engineering applications. Chock up another mark for someone who knows what these terms mean :-). Guess that makes four as far as I've seen on this end. However, as mentioned by another taker, I'm not familiar with these applied to speaker design. .. .. -- Mike Zentner School of Chemical Engineering zentner@ca.ecn.purdue.edu Purdue University, CMET Building zentner@purche.bitnet West Lafayette, IN 47907 {ihnp4,ucbvax}!pur-ee!zentner