Audio - Instruments related subject:
Physics: sound
animations, Physics: sound |
Accoustics for
violin and guitar makers
Sound and hearing, Resonance and Resonators, Sound
and the Room, Properties of the Violin and the Guitar String, Vibration
Properties of the Wood and Tuning of Violin Plates, The Function, Tone, and
Tonal Quality of the Guitar, The Function of the Violin, The Tone and Tonal
Quality of the Violin |
ATLAS of Plucked
Instruments an encyclopedia of all the world's plucked instruments of lute,
guitar, banjo and mandolin type |
Music
acoustics
acoustics, flute, violin, guitar, wind instruments, decibel, physics, science, music, acoustic impedance |
MUSIC TRAINERS |
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Audio - Instruments related subjects:
Audio Tools,
Physics: sound
animations, Physics: sound |
Bows
and strings |
Changing Strings on Acoustic Guitar pdf file |
Clarinet-multiphonics |
Comment fonctionne un haut-parleur? en Français |
Condenser
microphone
this interactive tutorial shows a cross section of the
diaphragm, and how sound waves cause the diaphragm to vibrate at the same
frequency as the sound waves |
Flute
materials |
Guitar Swinger |
Guitar Strings
and Longitudinal Waves
A guitar string has a number of frequencies at which it will naturally vibrate.
These natural frequencies are known as the harmonics of the guitar string |
Guitar This paper presents a signal processing technique for extracting the
plucking point on a guitar string from an acoustically recorded signal, pdf file |
Guitar
Modal Analysis of an Acoustic Folk Guitar |
Guitar Common
Scales swf file |
Guitar:
Fourier |
Guitar: Longitudinal Waves and Guitar Strings As a guitar string vibrates, it sets
surrounding air molecules into vibrational motion. The frequency at which these
air molecules vibrate is equal to the frequency of vibration of the guitar
string |
Guitar: See a
transverse wave travel along a guitar string shows what happens when a
string is set into its free motion by an impulse - by being plucked, Waves on a
String |
Guitar: Vibrational modes of an acoustic guitar |
Guitar: Vibrational modes of an electric guitar study the vibration of an electric guitar in order to determine its natural frequencies and mode shapes |
How Acoustic
Guitars Work How does a guitar work? |
How Acoustic
Guitars Work How does a guitar work? pdf file |
How a speaker works
most loud speakers consist of a circular permanent magnet surrounding a freely
moving coil. The coil is attached to a cone shaped diaphragm that is moved back
and forth to produce accoustical waves (sound) |
How do Guitar Pickups Work How do Guitar Pickups Work |
How do violins
change with age and playing |
How to Make a Guitar Sing The goal of this project is to determine which
musical intervals are most effective at producing sympathetic vibrations on open
guitar strings when another string is picked (plucked), Guitar Fundamentals:
Wavelength, Frequency, & Speed |
Interactive
exploration of the science of guitar music in Flash
format |
Musical Instruments |
Nonlinear behavior of
piano hammers the nonlinear behavior of piano hammers, and the effects of this nonlinearity on the hammer-string interaction |
Open vs Closed pipes (Flutes vs Clarinets) This page compares the acoustics of open and closed cylindrical pipes,
as exemplified by flutes and clarinets, respectively |
Palm pipes pdf file |
Piano: Acoustics of
the piano
Piano design factors - their influence on tone and acoustical
performance , From touch to string vibrations, The hammer and the string, The
coupled motion of piano strings, The strings and the soundboard |
Piano: How a Piano
Works How a Piano Works |
Guitar
Play Guitar, swf file |
Guitar
Play Guitar, swf file |
Piano
play the piano and study the corresponding notes and frequencies |
Piano
play the piano and study the corresponding notes and frequencies |
Play a Piano /
Synthesizer / Oscilloscope As you play the piano, you'll see the wave forms
as well as hear them. The piano can also play a song for you, while you watch |
Sound field radiated by a
tuning fork |
Schwebungen- oder im Reich der Klavierstimmer
in German |
Sound
files piano Sound files |
Standing Waves This document is a non-mathematical introduction to waves,
harmonics, and standing waves |
Standing Waves, Medium Fixed At Both Ends Here is an animation showing the
standing wave patterns that are produced on a medium such as a string on a
musical instrument. This type of medium would be said to be fixed at both ends,
that is, held motionless at both ends |
Strings, standing waves
and harmonics |
The
Physics of the Acoustic Guitar |
The String Plucker
This time animation is constructed from the exact Fourier series for an ideal
plucked string, vibrating in a plane, with uniform tension and initial
triangular profile as set by the user |
Tuning Forks and Longitudinal Waves |
Violin acoustics also: flute acoustics, guitar acoustics, speech acoustics, clarinet acoustics |
Waves on a
wire - Guitar strings Waves travelling down a wire or a rope are transverse
waves, and their wavespeed increases the greater the tension in the wire and
reduces as the mass of the string or wire increases, pdf file |
Why is the
violin so hard to play? how does a violin string vibrate? |
Horizontaal |
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Last updated on:
2011-01-02
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