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Have you ever tapped a bit of wood, not got the kind of sound/response you associate with a good bit of wood and then went on to build a guitar with it that sounded crap ?
Not trollin' , genuinely curious. I'd have thought wood tappers wouldn't bother building with wood they think is crap so we really don't know if that wood would make a good guitar or not or if the wood they think is good really is good ?
The build quality dictates how good guitar is, and not one person can prove anything else. All that matters is does the guitar resonate ok for sustain.
what does Rosewood,Ash,Alder,Pine, Mahogany, Walnut etc sound like when made into a tele body, surprise surprise a tele! End of argument.
So called tone wood is just marketing and to make a guitar look pretty.
Sorry to all solid body guitar builders, but facts are facts.
Years ago I was having problems with my strat and showed it to my mate who didn't play guitar but knew his music and was an engineer. When he looked inside the pickup cavity he was completely gobsmacked to find out that electric guitars were made of wood - with all those shiny colours he'd always assumed they were made of plastic. Certainly he couldn't tell tone woods!
Page 34.....
Most of us are not trying to perpetuate guitar shop mythology, but instead understand how material choice affects that resonance you admit is important.
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To clarify, the debate as WezV has stated, is about whether body wood affects tone and not whether tone woods exist. All except one of us agree that different woods affect the tone of a guitar to one degree or another.
This debate is reminding me of the one of religion, you will never ever change the mind of someone who's answer is 'but I have faith'. Strangely the one who has faith in this debate is the one looking for definitive scientific proof.
Great post too Cirrus!!!
Arthur Pate. Lutherie de la guitare electrique solid body : aspects mecaniques et perceptifs.
Acoustique [physics.class-ph]. Universite Pierre et Marie Curie - Paris VI, 2014. Francais. <
NNT : 2014PA066461
https://hal.inria.fr/tel-01127562/document
p144
Recent studies showed that the sound of the instrument also depends on its mechanical behaviour. As a matter of fact,
the pickup converts the string velocity into a voltage supplying the electronic chain. Just like in purely acoustic string instruments [Gough 1981; Woodhouse 2004a], the string couples with the structure of the instrument. The lutherie quality therefore alters the sound of the instrument. A way to describe this coupling is to study the vibratory behaviour of the structure [Fleischer & Zwicker 1998 1999; Paté et al. 2014c]. In these latter articles, the input admittance of the structure is used to predict and characterise the string vibration. In particular, the modal frequencies, damping ratios, and effective masses of the structure are directly related to the output sound of the electric guitar.
@Megii - this report has 281 pages. Which, as I'm sure you know, is a prime number.
I don't have the wood working skills and knowledge some of you have, but after owning a guitar shop and having owned over a 100 guitars, mainly strats and tele's, one thing you learn is to forget all preconceptions and just listen to the instrument.
I did a deal years ago to get a 54 tele with original case. Had to part ex some guitars including a 62 MIJ reissue tele. I had to have that Tele, all my heroes played 50's tele's Albert Lee James Burton, Danny Gatton etc, after I had owned it for a couple of weeks I realised it was just a tele, nothing special and certainly not as good as my 62 reissue. But I convinced myself into buying it as old guitars are best. A guitar is a guitar, and myths about "Tone" wood etc is just that a myth. You could use any wood in a guitar and as long as it's decent seasoned wood it will be fine.
Modal parameter variability in industrial electric guitar making: Manufacturing process, wood variability, and lutherie decisions
Arthur Paté,, Jean-Loïc Le Carrou, Benoît Fabre
Sorbonne Universités, UPMC Univ Paris 06, UMR 7190, Institut Jean Le Rond d’Alembert, équipe LAM, 11, rue de Lourmel, F-75015 Paris, France
Abstract
Available from: https://www.researchgate.net/publication/275241621_Modal_parameter_variability_in_industrial_electric_guitar_making_Manufacturing_process_wood_variability_and_lutherie_decisions
Does the body wood affect tone? Sounds like most of us are saying "yes, but it's importance is up for debate"
discussions about tonewood just muddy that. I have typed my definition of tonewood numerous times. It doesn't cover electric guitars at all
i judge the individual piece, but use species to get me close.... I talk about this in some of my build threads. I mention weight, grain direction and tap tone as much as species.
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Thiago: "No. We will use a Fourier to determine if the harmonic spectra is consistent."
Rodrigo: Okey Dokey. Can he get my wife a Mink coat? And also.....what will happen if I like one of the Telecasters much more than the others?
Thiago: "We will retire you from the project. It will be just like that double-blind test when you failed to differentiate between Chicken Curry and Tofu Curry but then refused to stop buying Chicken. We will have a vote and decide that you are an idiot."
Rodrigo: Okey Dokey. Also....I have been wondering about that other test where 15 Stradivarius owners failed to identify their own violin when played back to back with a Violin made on a 3-D printer.
Did those 15 owners sell their Stradivarius violins?
Thiago: "No."
The research they refer to in order to justify their supposition that the 'mechanical coupling between structure and strings can alter the sound of the solid body electric guitar' actually had nothing to do with the timbre of the instrument, so their use of the term 'timbre' in this context is disingenuous at best.
The studies they refer to actually looked at the way high neck conductance creates 'flat spots', and the role harmonics play in increasing the decay rate for certain fretted positions. The paper by Arthur Patéa et al. had a similar focus and noted that 'coupling effects arise only in case of coincidence between the string playing frequencies and the structure modal frequencies'. If anything this paper undermines the 'tone wood' hypothesis, given that 'coupling' is not something that affects all notes, and when it does, flat spots are the usual result.
As to the paper itself, it did not look at any differences in sound through the pickups that might arise as a result of different body woods. Rather it took complete instruments, weighed them and then recording the way they resonated when tapped with a hammer. They then suggest that differences in modal frequency and damping ratio found might affect the sound, but this was not tested. They also acknowledge that 'the string/structure coupling occurs mainly on the neck' (as Fleischer notes) which itself undermines the suggestion that there is a strong, direct coupling between the strings and body