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result(s) for
"Stringed instruments"
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Handbook of Materials for String Musical Instruments
by
Bucur, Voichita
in
Acoustics
,
Ceramics, Glass, Composites, Natural Materials
,
Chemistry and Materials Science
2016
This book addresses core questions about the role of materials in general and of wood in particular in the construction of string instruments used in the modern symphony orchestra - violins, violas, cellos and basses.Further attention is given to materials for classical guitars, harps, harpsichords and pianos.
Stringed instruments
\"Describes various stringed instruments from around the world including familiar instruments such as the guitar and violin, along with other traditional instruments such as the Japanese Koto and Indian lutes\"--Provided by publisher.
Style and Performance for Bowed String Instruments in French Baroque Music
2012,2016,2013
Mary Cyr addresses the needs of researchers, performers, and informed listeners who wish to apply knowledge about historically informed performance to specific pieces. Special emphasis is placed upon the period 1680 to 1760, when the viol, violin, and violoncello grew to prominence as solo instruments in France. Part I deals with the historical background to the debate between the French and Italian styles and the features that defined French style. Part II summarizes the present state of research on bowed string instruments (violin, viola, cello, contrebasse, pardessus de viole, and viol) in France, including such topics as the size and distribution of parts in ensembles and the role of the contrebasse. Part III addresses issues and conventions of interpretation such as articulation, tempo and character, inequality, ornamentation, the basse continue, pitch, temperament, and &dquotespecial effects&dquote such as tremolo and harmonics. Part IV introduces four composer profiles that examine performance issues in the music of Élisabeth Jacquet de La Guerre, Marin Marais, Jean-Baptiste Barrière, and the Forquerays (father and son). The diversity of compositional styles among this group of composers, and the virtuosity they incorporated in their music, generate a broad field for discussing issues of performance practice and offer opportunities to explore controversial themes within the context of specific pieces.
The string instrument owner's handbook
by
Pagliaro, Michael J
in
Bowed stringed instruments
,
Bowed stringed instruments - Construction
,
Bowed stringed instruments--Maintenance and repair
2015,2016
In The String Instrument Owner's Guide, Michael Pagliaro surveys the complete \"ownership life cycle\" of bowed string instruments.A touchstone work for uninitiated and advanced players, The String Instrument Owner's Guide provides a roadmap for every step of the owning process, from selecting and buying (or renting ) to maintaining, repairing.
Violins
by
Saari, Holly, author
,
Willis, John, author
in
Violin Juvenile literature.
,
Musical instruments Juvenile literature.
,
Stringed instruments Juvenile literature.
2018
A simple introduction to violins, their history, what they sound like, what they look like, and how they are played.
Design and Validation of Software for the Training and Automatic Evaluation of Music Intonation on Non-Fixed Pitch Instruments for Novice Students
by
Tejada, Jesús
,
Fernández-Villar, María Ángeles
in
Automation
,
Cognitive load
,
Educational materials
2023
Music education, whether professional or amateur, includes learning musical instruments. Intonation is a critical factor in their training. The main objective of this research work is the design and validation of online educational software for the real-time training and evaluation of intonation in non-fixed pitch musical instruments, such as fretted string instruments (violin, viola, and cello) and brass instruments (trumpet, horn, and trombone). This software is intended to create a practice artefact for novice music students. A design sciences research methodology is adopted to achieve a product tested for functionality and usability. Novice students carry out the validation phase through a study consisting of previous practice with the software and the administration of a questionnaire with open-ended items grouped in technical-didactic, emotional, and overall dimensions, plus two additional questions. The results show evidence that the software was well received, confirming previous studies on the design and validation of educational music education software.
Journal Article
Chemical distinctions between Stradivari’s maple and modern tonewood
by
Chen, Hao Ming
,
Huang, Shing-Jong
,
Hsu, Chia-Shuo
in
Calorimetry
,
Cellulose
,
Chemical properties
2017
Violins made by Antonio Stradivari are renowned for having been the preferred instruments of many leading violinists for over two centuries. There have been long-standing questions about whether wood used by Stradivari possessed unique properties compared with modern tonewood for violin making. Analyses of maple samples removed from four Stradivari and a Guarneri instrument revealed highly distinct organic and inorganic compositions compared with modern maples. By solid-state 13C NMR spectroscopy, we observed that about one-third of hemicellulose had decomposed after three centuries, accompanied by signs of lignin oxidation. No apparent changes in cellulose were detected by NMR and synchrotron X-ray diffraction. By thermogravimetric analysis, historical maples exhibited reduced equilibrium moisture content. In differential scanning calorimetry measurements, only maples from Stradivari violins, but not his cellos, exhibited unusual thermooxidation patterns distinct from natural wood. Elemental analyses by inductively coupled plasma mass spectrometry suggested that Stradivari’s maples were treated with complex mineral preservatives containing Al, Ca, Cu, Na, K, and Zn. This type of chemical seasoning was an unusual practice, unknown to later generations of violin makers. In their current state, maples in Stradivari violins have very different chemical properties compared with their modern counterparts, likely due to the combined effects of aging, chemical treatments, and vibrations. These findings may inspire further chemical experimentation with tonewood processing for instrument making in the 21st century.
Journal Article