The Wave Equation for Stringed Instruments

An elementary derivation of the wave equation as applied to violin strings is given.

Duos, trios, and quartets for stringed instruments. [music] /

Cover title.

Five duets for piano and stringed instruments.

Sonata, F minor, opus 4, violin and piano; [For] violoncello and piano: Variations concertantes, D major, opus 17; Sonata no.1, B flat major, opus 45; Sonata no.2, D major, opus 58; Songs without words, D major, opus 109.

Quartets for stringed instruments: K.80, 155, 156, 157, 158, 159, 160, 168, 170, 171, 172, 173.

G major, K.80.--D major, K.155.--G major, K.156.--C major, K.157.--F major, K.158.--B♭ major, K.159.--E♭ major, K.160.--F major, K.168.--A major, K.169.--C major, K.170.--E♭ major, K.171.--B♭ major, K.172.--D minor, K.173.

O ensino coletivo de cordas friccionadas produzido no SESC-Consolação, comparado com propostas de ensino coletivo realizadas no Reino Unido e nos EUA: Trajetória histórica, diferenças e similaridades pedagógicas e socioculturais

Pós-graduação em Música - IA

Violins and violas; report to the President on escape-clause investigation no. 55 under the provisions of section 7 of the Trade agreements extension act of 1951, as amended.

Mode of access: Internet.

Taxe der Streich-Instrumente : Anleitung zur Einschätzung der Geigen, Violen, Violoncelli, Kontrabässe usw. nach Herkunft und Wert /

Mode of access: Internet.

Manuale storico del violinista; corredato da un sunto cronologisco storico dei fabbricatori di strumenti d' arco, de' più famosi esecutori, dei migliori compositori di musica instrumentale ...

At head of title: (Enchiridum)

Ausgewählte Werke des kurfürstlich bayerischen Concertmeister Evaristo Felice dall'Abaco (1675-1742) ...

No more published.

Discovering the Parameters of Sound Creation: Physics Informed String Pedagogy

Thesis (D.M.A.)--University of Washington, 2016-06

Numerical analysis of the modal coupling at low resonances in a Colombian Andean Bandola in C using the finite element method

The work presented in this thesis is concerned with the dynamical behavior of a CBandola's acoustical box at low resonances -- Two models consisting of two and three coupled oscillators are proposed in order to analyse the response at the first two and three resonances, respectively -- These models describe the first resonances in a bandola as a combination of the lowest modes of vibration of enclosed air, top and back plates -- Physically, the coupling between these elements is caused by the fluid-structure interaction that gives rise to coupled modes of vibration for the assembled resonance box -- In this sense, the coupling in the models is expressed in terms of the ratio of effective areas and masses of the elements which is an useful parameter to control the coupling -- Numerical models are developed for the analysis of modal coupling which is performed using the Finite Element Method -- First, it is analysed the modal behavior of separate elements: enclosed air, top plate and back plate -- This step is important to identify participating modes in the coupling -- Then, a numerical model of the resonance box is used to compute the coupled modes -- The computation of normal modes of vibration was executed in the frequency range of 0-800Hz -- Although the introduced models of coupled oscillators only predict maximum the first three resonances, they also allow to study qualitatively the coupling between the rest of the computed modes in the range -- Considering that dynamic response of a structure can be described in terms of the modal parameters, this work represents, in a good approach, the basic behavior of a CBandola, although experimental measurements are suggested as further work to verify the obtained results and get more information about some characteristics of the coupled modes, for instance, the phase of vibration of the air mode and the radiation e ciency

Concertos for stringed or wind instruments and orchestra. [music] /

[v.1.] B flat major, K. 207; D major, K. 211; G major, K. 216; D major, K. 218 -- [v.2.] Concerto, A major, K. 219; Adagio for violin, K. 261; Rondo concertante, K. 269; Rondo, K. 373; Concertante for 2 solo violins, K. 186e (190).