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BMW E46 V8 29-05-2004 16:28

BRM V16 sound
 
Dit geluidsfragment is echt te vet om hier niet te posten
http://www.f1-fansite.com/sound/sound.asp


Een heerlijk geluid van 16 cylinders :D

Integra 29-05-2004 18:11

Re: BRM V16 sound
 
Quote:

Originally posted by BMW E46 V8
Dit geluidsfragment is echt te vet om hier niet te posten
http://www.f1-fansite.com/sound/sound.asp


Een heerlijk geluid van 16 cylinders :D

Prachtig. ;)

sledge 29-05-2004 19:07

Een beetje in dezelfde trend, maar heeft er iemand een opname van een minardi in japan enkele jaren geleden, waar ze met de motor echt muziek maken? :D

AlainH 29-05-2004 19:41

Quote:

Originally posted by sledge
Een beetje in dezelfde trend, maar heeft er iemand een opname van een minardi in japan enkele jaren geleden, waar ze met de motor echt muziek maken? :D
First you'll hear a 10-cylinder, 750 horsepower Asiatech F1 engine being warmed up. Then it performs a rousing version of "When the Saints Come Marching in", to the delight of assembled pit staff and journalists.

Quote:


Here's how the magic was achieved (technical/musical details via F1 Racing magazine):
As we all know, a V10 engine produces five combustions per revolution at a frequency per second of 60/(5 x revs per minute), which equals 12/rps. Therefore, to work out the revs you need to hit a particular musical note, you multiply the note's frequency by 12. To play a 440Hz 'A', for example, you need 5,280rpm. For 'C', use 3,139rpm, for 'F' 4,191rpm, and so on. Asiatech's French technicians (the engine, despite its name, is derived from a Peugeot design) simply programmed their engine to run through the various rev/note ranges in the correct sequence. The result is delightful. And think of the possibilities - BMW's F1 engine, which howls all the way to 19,050rpm, could rip through the entire Hendrix songbook.

Even better: imagine a massed NASCAR choir performing "The Star Spangled Banner"! Being eight-cylinder engines, the frequency per second would be 60/(4 x revs), which means you'd multiply the note frequencies by 15 instead of 12: 'A' would arrive at 6,600rpm, 'C' at 3,923rpm, 'F' at 5,238rpm, etc.



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