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Some Acoustic Characteristics of the Tin Whistle
Proceedings of the Institute of Acoustics SOME ACOUSTIC CHARACTERISTICS OF THE TIN WHISTLE POAL Davies ISVR, University of Southampton, Southampton, UK J Pinho ISVR, Southampton University, Southampton, UK EJ English ISVR, Southampton University, Southampton, UK 1 INTRODUCTION The sustained excitation of a tuned resonator by shed vorticity in a separating shear layer 1 or the whistling produced by the impingement of thin fluid jets on an edge 2 have both been exploited by the makers of musical instruments from time immemorial. Familiar examples include panpipes, recorders, flutes, organ flue pipes 13 , and so on. Over the centuries, the acquisition of the necessary knowledge and skill for their successful production must have been laboriously accomplished by much trial and error. A more physically explicit understanding of the basic controlling mechanisms began to emerge during the great upsurge in scientific observation and discovery from the mid19th century, as this was also accompanied by the relevant developments in physics, acoustics and fluid mechanics. These mechanisms can take several forms, depending on subtle differences in local and overall geometric detail and its relation to the magnitude, direction and distribution of any flow that is generating sound. One such form includes many examples of reverberant systems, where separating shear layers 3,4 provide the conditions where this coupled flow acoustic behaviour may occur. It is well known 14 that whenever a flow leaves a downstream facing edge it separates, forming a thin shear layer or vortex sheet. Such sheets, which involve high transverse velocity gradients, are very unstable and rapidly develop waves 14 . -
One Voice for Flute and Clarinet Sheet Music
One Voice For Flute And Clarinet Sheet Music Download one voice for flute and clarinet sheet music pdf now available in our library. We give you 4 pages partial preview of one voice for flute and clarinet sheet music that you can try for free. This music notes has been read 1706 times and last read at 2021-09-29 22:51:37. In order to continue read the entire sheet music of one voice for flute and clarinet you need to signup, download music sheet notes in pdf format also available for offline reading. Instrument: Voice, Flute Ensemble: Woodwind Duet Level: Intermediate [ READ SHEET MUSIC ] Other Sheet Music Les Elphants The Elephants For Voice Clarinet Flute And String Quartet Mp3 Les Elphants The Elephants For Voice Clarinet Flute And String Quartet Mp3 sheet music has been read 2201 times. Les elphants the elephants for voice clarinet flute and string quartet mp3 arrangement is for Intermediate level. The music notes has 1 preview and last read at 2021-09-28 14:22:11. [ Read More ] Eine Kleine Nachtmusik For Flute Clarinet Bass Clarinet And Piano Eine Kleine Nachtmusik For Flute Clarinet Bass Clarinet And Piano sheet music has been read 3048 times. Eine kleine nachtmusik for flute clarinet bass clarinet and piano arrangement is for Advanced level. The music notes has 6 preview and last read at 2021-09-28 18:20:44. [ Read More ] Georg Philipp Telemann 12 Fantasias For Flute Without Bass Twv 40 2 13 Arranged For Bb Clarinet By Paul Wehage Georg Philipp Telemann 12 Fantasias For Flute Without Bass Twv 40 2 13 Arranged For Bb Clarinet By Paul Wehage sheet music has been read 3741 times. -
Resonance Modes of a Flute with One Open Tone Hole
Acoust. Sci. & Tech. 38, 1 (2017) #2017 The Acoustical Society of Japan PAPER Resonance modes of a flute with one open tone hole Seiji Adachià Department of Acoustics, Fraunhofer Institute for Building Physics, Nobelstr. 12, 70569 Stuttgart, Germany (Received 1 September 2015, Accepted for publication 3 August 2016) Abstract: A minimal model explaining intonation anomaly, or pitch sharpening, which can sometimes be found in baroque flutes, recorders, shakuhachis etc. played with cross-fingering, is presented. In this model, two bores above and below an open tone hole are coupled through the hole. This coupled system has two resonance frequencies !Æ, which are respectively higher and lower than those of the upper and lower bores !U and !L excited independently. The !Æ differ even if !U ¼ !L. The normal effect of cross-fingering, i.e., pitch flattening, corresponds to excitation of the !À-mode, which occurs when !L ’ !U and the admittance peak of the !À-mode is higher than or as high as that of the !þ-mode. Excitation of the !þ-mode yields intonation anomaly. This occurs when !L / !U and the peak of the !þ-mode becomes sufficiently high. With an extended model having three degrees of freedom, pitch bending of the recorder played with cross-fingering in the second register has been reasonably explained. Keywords: Cross fingering, Pitch bending, Intonation anomaly, Avoided crossing PACS number: 43.75.Qr, 43.20.Ks, 43.75.Ef [doi:10.1250/ast.38.14] electrical circuits etc. In Gough [6], a string coupled to a 1. INTRODUCTION soundboard by a bridge is discussed in detail as well as Cross-fingering is a technique of playing woodwind two strings coupled with each other. -
An Analysis of Twentieth-Century Flute Sonatas by Ikuma Dan, Hikaru
Flute Repertoire from Japan: An Analysis of Twentieth-Century Flute Sonatas by Ikuma Dan, Hikaru Hayashi, and Akira Tamba D.M.A. Document Presented in Partial Fulfillment of the Requirements for the Degree Doctor of Musical Arts in the Graduate School of The Ohio State University By Daniel Ryan Gallagher, M.M. Graduate Program in Music The Ohio State University 2019 D.M.A. Document Committee: Professor Katherine Borst Jones, Advisor Dr. Arved Ashby Dr. Caroline Hartig Professor Karen Pierson 1 Copyrighted by Daniel Ryan Gallagher 2019 2 Abstract Despite the significant number of compositions by influential Japanese composers, Japanese flute repertoire remains largely unknown outside of Japan. Apart from standard unaccompanied works by Tōru Takemitsu and Kazuo Fukushima, other Japanese flute compositions have yet to establish a permanent place in the standard flute repertoire. The purpose of this document is to broaden awareness of Japanese flute compositions through the discussion, analysis, and evaluation of substantial flute sonatas by three important Japanese composers: Ikuma Dan (1924-2001), Hikaru Hayashi (1931- 2012), and Akira Tamba (b. 1932). A brief history of traditional Japanese flute music, a summary of Western influences in Japan’s musical development, and an overview of major Japanese flute compositions are included to provide historical and musical context for the composers and works in this document. Discussions on each composer’s background, flute works, and compositional style inform the following flute sonata analyses, which reveal the unique musical language and characteristics that qualify each work for inclusion in the standard flute repertoire. These analyses intend to increase awareness and performance of other Japanese flute compositions specifically and lesser- known repertoire generally. -
The Link Between the Tonehole Lattice Cutoff
The link between the tonehole lattice cutoff frequency and clarinet sound radiation: a quantitative study Erik Petersen, Tom Colinot, Philippe Guillemain, Jean Kergomard To cite this version: Erik Petersen, Tom Colinot, Philippe Guillemain, Jean Kergomard. The link between the tonehole lattice cutoff frequency and clarinet sound radiation: a quantitative study. Acta Acustica, LesUlis, France : Les Editions de Physique, 2020, 4, 10.1051/aacus/2020018. hal-03026360 HAL Id: hal-03026360 https://hal.archives-ouvertes.fr/hal-03026360 Submitted on 26 Nov 2020 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Acta Acustica 2020, 4,18 Ó E. A. Petersen et al., Published by EDP Sciences, 2020 https://doi.org/10.1051/aacus/2020018 Available online at: https://acta-acustica.edpsciences.org SCIENTIFIC ARTICLE The link between the tonehole lattice cutoff frequency and clarinet sound radiation: a quantitative study Erik Alan Petersen, Tom Colinot, Philippe Guillemain*, and Jean Kergomard LMA, CNRS, UPR 7051, Aix-Marseille Univ, Centrale Marseille, 13453 Marseille Cedex 13, France Received 7 April 2020, Accepted 31 August 2020 Abstract – Musical instruments are said to have a personality, which we notice in the sound that they produce. -
Physics 1240: Sound and Music
Physics 1240: Sound and Music Today (7/29/19): Percussion: Vibrating Beams *HW 3 due at the front, HW 4 now posted (due next Mon.) Next time: Percussion: Vibrating Membranes Review Types of Instruments (Hornbostel–Sachs classification) • Chordophones: vibrating strings • Aerophones: vibrating columns of air • Idiophones: vibrating the whole instrument • Membranophones: vibrating membrane/skin • Electrophones: vibrating loudspeaker Review Aerophones e.g. flute, e.g. clarinet e.g. saxophone, recorder oboe, bassoon • Free (no standing waves) • Flute-type (edge tones) • Reed-type (vibrating reed/lips) = = = 2 4 1 • How to create waves: Edge tones Bernoulli effect Review • Tone holes, valves: decrease/increase effective length L • Register holes, octave holes: excite 3rd/2nd harmonics • Ear canal: tube closed at one end 1 3 BA Clicker Question 14.1 A 1 m long, homemade PVC pipe flute has a large, open tone hole that is a distance 0.6 m from the source end of the flute. What frequencies are present in the spectrum (in Hz)? A) 286, 572, 857, … B) 143, 286, 429, … C) 143, 429, 715, … D) 286, 857, 1429, … E) 172, 343, 515, … BA Clicker Question 14.1 A 1 m long, homemade PVC pipe flute has a large, open tone hole that is a distance 0.6 m from the source end of the flute. What frequencies are present in the spectrum (in Hz)? A) 286, 572, 857, … B) 143, 286, 429, … • Flute: open-open tube C) 143, 429, 715, … • Tone hole: decreases L D) 286, 857, 1429, … from 1 m to 0.6 m E) 172, 343, 515, … 343 m/s = = 2(0.6 m) = (286 Hz) 2 BA Clicker Question 14.2 An oboe can be modelled as a cone open at one end. -
Kraftmaschine
Kraftmaschine Instrumentation • Recorder 1: Baroque Sopranino Recorder in A=440Hz, Baroque Alto Recorder in A=415Hz, Baroque Sopranino Recorder in A=415Hz, Renaissance Soprano Recorder in A=440Hz. • Recorder 2: Baroque Soprano Recorder in A=440Hz, Baroque Alto Recorder in A=415Hz, Baroque Soprano Recorder in A=415Hz, Renaissance Soprano Recorder in A=440Hz. • Recorder 3: Baroque Tenor Recorder in A=440Hz, Baroque Alto Recorder in A=415Hz, Baroque Soprano Recorder in A=415Hz, Renaissance Soprano Recorder in A=440Hz, Baroque Soprano Recorder in A=415Hz. • Recorder 4: Baroque Sub-Bass Recorder in A=440Hz, Baroque Voice Flute (tenor in D) in A=415Hz, Kirchenratschen (ratchet), Baroque Soprano Recorder in A=415Hz, Baroque Alto Recorder in A=440Hz, Baroque Alto Recorder in A=415Hz. • Percussion 1: Marimba, Basque Tambourine, Snare Drum, Güiro. • Percussion 2: Litophone; Glockenspiel, Darabukka, Gran Cassa, Suspended Cymbal. • Percussion 3: Crash Cymbals, Snare Drum, Tom-toms (high-medium- low), Sake Pot, Wood Blocks (high-low). _____________________________________________________________ Kraftmaschine, for recorders and percussion. Duration: 10 minutes. ‘Kraftmaschine’ was commissioned by the Orff Zentrum and the ADevantgarde Festival in Munich and it was inspired by Carl Orff's approach into building musical structures out of basic rhythmical and melodic patterns. It uses a wide variety of Renaissance, Baroque and modern day recorders, bringing out their subtle differences of timbre. Due to its versatility and directness, this interesting instrumental ensemble (four recorder players & three percussion players) also encouraged me to incorporate elements from Peruvian folk music in four brief episodes that are playfully interrupted by an intrusive ratchet. In the final section, I make use of the aulos technique in which each of the four players is asked to play two recorders simultaneously in an obsessively repetitive –but nevertheless constantly shifting- group of five notes. -
KROSS Voice Name List
Voice Name List 1 Table of Contents Programs . .3 27(INT): Percussion Kit. 49 Category: PIANO . .3 28(INT): Orchestra&Ethno Kit . 50 Category: E.PIANO . .4 29(INT): BD&SD Catalog 1. 52 Category: ORGAN . .5 30(INT): BD&SD Catalog 2. 53 Category: BELL. .6 31(INT): Cymbal Catalog . 54 Category: STRINGS . .7 32(INT): Rock Kit 1 Mono. 55 Category: BRASS . .8 33(INT): Jazz Kit Mono . 56 Category: SYNTH LEAD . .9 34(INT): Wild Kit . 57 Category: SYNTH PAD . 10 35(INT): Breakin' Kit. 58 Category: GUITAR . 11 36(INT): R'n'B Kit. 59 Category: BASS . 12 37(INT): Trapper Kit. 60 Category: DRUM/SFX. 13 38(INT): Bigroom Kit . 61 39(INT): Tropical Kit . 62 Combinations. 15 40(INT): JazzyHop Kit . 63 Category: PIANO . 15 41(INT): Japanese Catalog . 64 Category: E.PIANO . 15 Category: ORGAN . 15 GM Drum Kits . 65 Category: BELL. 16 58(GM): STANDARD . 65 Category: STRINGS . 16 59(GM): ROOM . 66 Category: BRASS . 16 60(GM): POWER . 67 Category: SYNTH LEAD . 17 61(GM): ELECTRONIC . 68 Category: SYNTH PAD . 17 62(GM): ANALOG. 69 Category: GUITAR . 18 63(GM): JAZZ . 70 Category: BASS . 18 64(GM): BRUSH. 71 Category: DRUM/SFX. 19 65(GM): ORCHESTRA . 72 66(GM): SFX. 73 Favorites . 20 FAVORITES- A . 20 Preset Arpeggio Patterns/User Arpeggio Patterns 74 FAVORITES- B . 20 FAVORITES- C . 20 Drum Track Patterns/Pattern Presets. 79 FAVORITES- D. 20 Template songs . 82 Drum Kits. 21 P00: Pop . 82 P01: Rock . 82 00(INT): Basic Kit 1. 21 P02: Jazz . 82 01(INT): Basic Kit 2. -
Recorders & More
Enjoy the recorder New Models Denner Alto Denner-Edition Alto 442/415 Denner-Line Alto 415 Denner Bass Cap Dream-Edition Recorders & more for beginners to professional players Recorders Accessories Recorder Clinic Recorder-World Museum, Seminars www.mollenhauer.com Useful information / Maintenance / Oiling Editorial Enjoy the Recorder Come on in … “Mollenhauer Recorders” is more than just a workshop. It is a lively meeting point for performers of every age, from hobby- ists to pros, from all around the world. Over the years, many thousands of recorder players have visited our workshops, our Recorder-World Museum and our seminars! Our journal, “Windkanal”, is a well-known and respected forum presenting the colourful world of the recorder in all its diversity. Our website is a valuable resource for information about the recor- der and is used by friends of the recorder the world over. Ours is an open workshop. We strive to bring you the fascinat- ing world of recorder making while at the same time entering into a dialogue with you – about our instruments, about ideas, about visions … Communication at a personal level is important to us. Part- nership and cooperation are central to how we operate ... not only within our own team: we welcome your questions! Since we see cooperation and innovation as being very closely related, we seek out and form partnerships with especially cre- ative people such as recorder makers Maarten Helder, Friedrich von Huene, Adriana Breukink, Nik Tarasov and Joachim Paetzold. Furthermore, we consider each and every recorder player, teacher and music dealer that shares with us their experiences and ideas – thus sharing in the further development of our instruments as well – to be our partners. -
Friday, January 13, 2017, 8 PM '62 Center for Theatre and Dance
Friday, January 13, 2017, 8 PM ‘62 Center for Theatre and Dance, CenterStage TAK Ensemble: Currents Erin Gee (b. 1974) Mouthpiece 28 (2016) for soprano, bass flute, bass clarinet, violin, and percussion Kate Soper (b. 1981) Only The Words Themselves Mean What They Say (2010-11) for soprano and flutes I.) Go Away II.) Head, Heart III.) Getting to Know Your Body Tyshawn Sorey (1980) Ornations (2014) for flute and bass clarinet Jacob Walls '11 (b. 1989) Lurking Beyond Thought (2016, rev.) for soprano voice, flute, violin, bass clarinet, and percussion ~ intermission ~ John Zorn (b. 1953) The Tempest (a masque) (2012) for flute, clarinets, and drum set Taylor Brook (b. 1985) Ecstatic Music (2012) for violin and percussion David Bird (b. 1990) Series Imposture (2012) for soprano, flute, clarinet, and percussion TAK Laura Cocks, flute; Liam Kinson, clarinet; Charlotte Mundy, voice; Marina Kifferstein, violin; Ellery Tafford, percussion About TAK TAK is a quintet that delivers energetic and virtuosic performances of contemporary classical music. Described as “stellar” (Oneirics), and full of “restless strands of ever shifting color and vigor” (Feast of Music), TAK concerts are consistently dynamic and engaging. The group frequently collaborates with video artists, installation artists, and experimental theater companies to create immersive concert experiences on a multi-media level. TAK has had the pleasure of working with esteemed composers Mario Diaz de Leon, Lewis Nielson, Tyshawn Sorey, Sam Pluta, Ashkan Behzadi, Natacha Diels, David Bird, and Taylor Brook, among many others. The members of TAK are each "individual virtuosos" in their own right (Lucy Shelton), and have performed individually across North America and Europe with ensembles such as the London Sinfonietta, International Contemporary Ensemble, JACK Quartet, Wet Ink Ensemble, and Grammy-winning ensemble Roomful of Teeth. -
Chamber Music for Flute by Marlos Nobre
Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2012 Chamber Works for Flute by Marlos Nobre Carlos Feller Follow this and additional works at the FSU Digital Library. For more information, please contact [email protected] THE FLORIDA STATE UNIVERSITY COLLEGE OF MUSIC CHAMBER WORKS FOR FLUTE BY MARLOS NOBRE By CARLOS FELLER A Treatise submitted to the College of Music in partial fulfillment of the requirements for the degree of Doctor of Music Degree Awarded: Spring Semester, 2012 Carlos Henrique Feller defended this treatise on March 16, 2012. The members of the supervisory committee were: Eva Amsler Chair of the Committee Jane Piper Clendinning University Representative Jeff Keesecker Committee Member Prof. Eric Ohlsson Committee Member The Graduate School has verified and approved the above-named committee members, and certifies that the treatise has been approved in accordance with university requirements. ii ACKNOWLEDGEMENTS This work would not have been completed without the encouragement and guidance of my former flute teachers, professor Giampiero Pilatti and Dr. Danilo Mezzadri, the mentorship of Prof. Eva Amsler, my current teacher, and the expertise and advice of the members of my committee. I thank composer Marlos Nobre for sharing his music with me, and for being prompt to help with all the other material and information needed. Most of all, I could not thank my family enough for their continuous support: my father Waldemar Feller for having introduced me to music, my mother Tecla Casanova Feller for always encouragingly enduring the distance and time apart, my extended American family Mr. -
The Flute Family
The Flute Family Flute: A woodwind instrument sounded without the aid of a reed. Flutes may be classified into two categories: A. Flutes which use a whistle mouth piece like the pennywhistle, recorder, flageolet or ocarina. B. Flutes which require the player to direct air against the edge of a hole (embouchure*-hole flutes). Ex: orchestral transverse* flute, panpipes, piccolo, and fife. Flutes may be among the oldest instruments in history. Examples can be found among the artifacts of most ancient civilizations. The first transverse flute appeared in the 12th century and was referred to as a Schwegel. Early history refers to the flute as a military instrument while the recorder, dating from the Middle Ages, was used as accompaniment for song and dance. In the Renaissance period, several sizes of transverse flutes were developed but recorders were more popular until just after 1700. The modern orchestral flute dates back to ca. 1850 and was the invention of Theobald Boehm (1794-1881). Known as the father of modern woodwind instruments, his instrument of 1832 formed the basis from which other flutes and woodwind instruments evolved. He is credited with developing the cylindrical-bore flute in 1847- an instrument that even today, remains almost in its original form. Boehm also invented a new system of fingering which featured a separate tone hole for each note thus avoiding weaker notes with fork* fingerings. New developments and improvements continue to be made by today’s makers and players; most of these however, are not complete redesigns but are refinements or extensions of the standard Boehm flute.