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Bore (wind instruments)

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wavelength produced by the second normal mode is one third that, i.e. the 4/3 length of the pipe, so its pitch is a twelfth higher; a stopped cylindrical bore instrument overblows at the twelfth. This corresponds to the third harmonic; generally the harmonic spectrum of a stopped cylindrical bore instrument, particularly in its bottom register, is strong in the odd harmonics only. Modern brass instruments however generally make use of the full length of the instrument for every pitch, and are therefore significantly affected by the effects of the mouthpiece and
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These proportions vary as valves or slides are operated; the above numbers are for instruments with the valves open or the slide fully in. This deviation from standard models of cylindrical and conical tubes means normal mode frequencies of brass instruments do not correspond to integer multiples of
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at the octave. This corresponds to the second harmonic, and generally the harmonic spectrum of an open cylindrical bore instrument is strong in both even and odd harmonics. For a stopped pipe, the wavelength produced by the first normal mode is approximately four times the length of the pipe. The
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Although the bore shape of woodwind instruments generally determines their timbre, the instruments' exterior geometry typically has little effect on their voice. In addition, the exterior shape of woodwind instruments may not overtly match the shape of their bores. For example, while oboes and
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of a cone. The wavelength produced by the first normal mode is approximately twice the length of the cone measured from the vertex. The wavelength produced by the second normal mode is approximately equal to the length of the cone, so its pitch is an octave higher. Therefore, a conical bore
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has a "reversed" taper, being wider at the head and narrower at the foot of the instrument. Most contemporary recorders also have such a conical bore as they are made very similar to baroque recorders. However, multiple
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The diameter of a conical bore varies linearly with distance from the end of the instrument. A complete conical bore would begin at zero diameter—the cone's vertex. However, actual instrument bores approximate a
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are similarly pitched, they have differently shaped terminal bells. Accordingly, the voice of the oboe is described as "piercing" as compared to the more "full" voice of the oboe d'amore.
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the first mode, which is not used for playing. The higher modes however do correspond fairly to integer multiples of a "fictitious fundamental" which can often still be played as a
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note) is approximately twice the length of the pipe. The wavelength produced by the second normal mode is half that, that is, the length of the pipe, so its pitch is an
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instrument, like one with an open cylindrical bore, overblows at the octave and generally has a harmonic spectrum strong in both even and odd harmonics.
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also are sometimes categorized as conical or cylindrical, though most in fact have cylindrical sections between a conical section (the
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The diameter of a cylindrical bore remains constant along its length. The acoustic behavior depends on whether the instrument is
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The previous author refers to: "The conical bore in musical acoustics," by R. D. Ayers, L. J. Eliason, and D. Mahgerefteh,
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mismatch between the instrument and the air, allowing the instrument to transmit sound to the air more effectively.
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to the breath, while a bore that narrows from the mouth increases it, compared to a cylinder.
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associated with the timbre of the instrument. A bore that flares from the mouthpiece reduces
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to produce sounds. The shape of the bore has a strong influence on the instrument's
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of acoustics (with calculations and waveforms) in wind instruments Jan. 18, 2011.
1583: 1412: 1265: 1096: 1066: 1061: 837: 827: 578:), to obtain in-tune notes outside of the range allowed for by the normal modes. 187: 151: 2003: 1972: 1718: 1588: 1485: 1285: 1199: 861: 832: 477: 429: 1217: 727: 1997: 1900: 1738: 1433: 1356: 1305: 1270: 1076: 1034: 948: 919: 914: 731: 602: 465: 1818: 1438: 1351: 1258: 1253: 1184: 1051: 1041: 1029: 822: 399: 282: 1910: 1885: 1608: 1558: 1493: 895: 890: 885: 880: 597: 377: 242: 230: 98: 88: 229:(at both ends). For an open pipe, the wavelength produced by the first 1927: 1905: 1860: 1813: 1782: 1777: 1772: 1713: 1341: 1290: 1275: 1227: 1222: 1207: 1133: 1123: 1113: 1103: 1024: 958: 953: 571: 366: 253:
Instruments having a cylindrical, or mostly cylindrical, bore include:
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Instruments having a conical, or approximately conical, bore include:
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deviate from a true cone or a cylinder. For example, although
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List of euphonium, baritone horn and tenor horn manufacturers
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are the two idealized shapes used to describe the bores of
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clarinets may outwardly appear similar, oboes have a
241:higher; thus an open cylindrical bore instrument 1995: 461:bore while clarinets have a cylindrical bore. 225:(closed at one end and open at the other), or 1470: 781: 81:Two instruments distinguished solely by bore 726:for waveform and harmonic characteristics, 1477: 1463: 788: 774: 750:A short description with waveforms of the 721:Acoustical aspects of woodwind instruments 623:"sound - Steady-state waves | Britannica" 385:(baroque and most contemporary recorders) 66:Learn how and when to remove this message 675: 673: 136:Difference may not be visible externally 29:This article includes a list of general 291:(renaissance and some modern recorders) 1996: 679: 205:These shapes affect the prominence of 1458: 795: 769: 745:, Vol 53, No. 6, pgs 528–537, (1985). 670: 651: 15: 1484: 216: 13: 713: 35:it lacks sufficient corresponding 14: 2025: 480:and also modern recorders have a 657: 126: 112: 101: 87: 20: 687:. New York: Dover. p. 192. 317: 1362:Drum and bugle corps (classic) 730:, and a conical, cylindrical 723:. Amsterdam, Frits Knuf, 1969. 719:Nederveen, Cornelis Johannes, 691: 633: 615: 173: 1: 1367:Drum and bugle corps (modern) 703:hyperphysics.phy-astr.gsu.edu 645:hyperphysics.phy-astr.gsu.edu 436: 7: 743:American Journal of Physics 685:Horns, Strings, and Harmony 581: 488:also have a reverse taper. 10: 2030: 1429:Pitch of brass instruments 608: 491: 198:". This flare reduces the 1960: 1796: 1760: 1751: 1706: 1630: 1621: 1539: 1501: 1492: 1421: 1375: 1334: 1241: 1198: 1142: 1007: 803: 441:Sections of the bores of 593:Harmonic series (music) 50:more precise citations. 1213:Marching baritone horn 1398:Classical trombonists 995:Double bell euphonium 1724:Heckelphone-clarinet 443:woodwind instruments 734:. Bryan H. Suits, 1683:Reclam de xeremies 1347:British brass band 1218:Marching euphonium 985:Subcontrabass tuba 756:general discussion 627:www.britannica.com 588:Acoustic resonance 200:acoustic impedance 1991: 1990: 1956: 1955: 1856:Gourd mouth organ 1747: 1746: 1617: 1616: 1452: 1451: 1408:Euphonium players 797:Brass instruments 681:Benade, Arthur H. 567: 566: 540:Cylindrical part 526:Mouthpiece taper 497:Brass instruments 76: 75: 68: 2021: 1921:Orthotonophonium 1916:Indian harmonium 1758: 1757: 1631:Cylindrical bore 1628: 1627: 1503:Cylindrical bore 1499: 1498: 1479: 1472: 1465: 1456: 1455: 1403:Jazz trombonists 1383:(all) Trumpeters 1321:Axial flow valve 1233:Contrabass bugle 790: 783: 776: 767: 766: 707: 706: 699:"The Pedal Tone" 695: 689: 688: 677: 668: 667: 655: 649: 648: 637: 631: 630: 619: 510: 509: 217:Cylindrical bore 188:wind instruments 130: 116: 105: 91: 71: 64: 60: 57: 51: 46:this article by 37:inline citations 24: 23: 16: 2029: 2028: 2024: 2023: 2022: 2020: 2019: 2018: 1994: 1993: 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658:Barr, Chris. 654: 646: 642: 636: 628: 624: 618: 614: 604: 603:Triangle wave 601: 599: 596: 594: 591: 589: 586: 585: 579: 577: 573: 562: 559: 556: 553: 552: 548: 545: 542: 539: 538: 534: 531: 528: 525: 524: 520: 517: 514: 512: 511: 508: 506: 502: 498: 489: 487: 483: 479: 475: 470: 467: 462: 460: 454: 452: 451:oboes d'amore 448: 444: 431: 428: 426: 423: 421: 418: 416: 413: 411: 408: 406: 403: 401: 398: 395: 392: 390: 387: 384: 381: 379: 376: 373: 370: 368: 365: 363: 360: 358: 355: 353: 350: 348: 345: 343: 340: 338: 335: 334: 332: 329: 326: 312: 309: 307: 304: 302:(renaissance) 301: 298: 296: 293: 290: 287: 284: 280: 277: 275: 272: 270: 267: 265: 262: 260: 257: 256: 254: 251: 249: 244: 240: 236: 232: 228: 224: 214: 212: 208: 203: 201: 197: 193: 189: 185: 181: 171: 169: 165: 161: 157: 153: 149: 145: 129: 125: 121: 115: 104: 100: 96: 90: 70: 67: 59: 49: 45: 39: 38: 32: 27: 18: 17: 1967: 1819:Couesnophone 1707:Conical bore 1584:Oboe d'amore 1559:English horn 1541:Conical bore 1540: 1502: 1439:Horn section 1393:Horn players 1352:Balkan brass 1295: 1259:Rotary valve 1254:Piston valve 1185:Tibetan horn 1052:Natural horn 1030:Mute cornett 977: 941: 902: 868: 854: 810: 759: 742: 735: 720: 702: 693: 684: 663: 653: 644: 635: 626: 617: 568: 495: 463: 455: 440: 400:Rauschpfeife 330: 321: 318:Conical bore 283:Boehm system 252: 226: 222: 220: 204: 177: 147: 141: 62: 53: 34: 1911:Guide-chant 1886:Martinshorn 1623:Single reed 1609:Taepyeongso 1494:Double reed 896:Wagner tuba 891:Vienna horn 886:German horn 881:French horn 736:Phy.MTU.edu 598:Square wave 576:false tones 484:bore. Some 482:cylindrical 474:renaissance 378:French Horn 374:(pre-Boehm) 347:Conch shell 235:fundamental 231:normal mode 174:Bore shapes 154:(including 99:cylindrical 48:introducing 2014:Aerophones 1998:Categories 1928:Saenghwang 1906:Pump organ 1861:Hornophone 1814:Concertina 1783:Pitch pipe 1778:Party horn 1773:Bullroarer 1714:Aulochrome 1342:Brass band 1291:Pedal tone 1281:Mouthpiece 1276:Embouchure 1228:Sousaphone 1223:Trombonium 1208:Mellophone 1143:Indigenous 1134:Jazzophone 1124:Saxotromba 1114:Sudrophone 1104:Ophicleide 1025:Cornettino 1008:Antiquated 959:Flugelhorn 910:Contrabass 818:Contrabass 732:comparison 572:pedal tone 501:mouthpiece 367:Flugelhorn 211:resistance 31:references 2009:Acoustics 1983:Tone hole 1896:Organetto 1834:Chromatic 1829:Harmonica 1824:Harmoneon 1804:Accordion 1753:Free reed 1734:Saxophone 1668:Launeddas 1653:Chalumeau 1335:Ensembles 1316:Water key 1301:Valve oil 1057:Post horn 990:Euphonium 969:Kuhlohorn 930:Superbone 754:. Also a 503:taper or 437:Woodwinds 410:Saxophone 396:(baroque) 362:Euphonium 269:Cornamuse 259:Chalumeau 243:overblows 207:harmonics 192:dissonant 164:vibration 1891:Melodica 1881:Mangtong 1839:Diatonic 1809:Claviola 1739:TárogatĂł 1698:Zhaleika 1658:Clarinet 1516:Chirimia 1311:Leadpipe 1200:Marching 1160:Vuvuzela 935:Cimbasso 904:Trombone 843:Firebird 728:clarinet 683:(1992). 582:See also 518:Trombone 505:leadpipe 478:medieval 469:recorder 420:Trembita 383:Recorder 311:Trombone 295:Kortholt 289:Recorder 274:Crumhorn 264:Clarinet 184:cylinder 182:and the 156:woodwind 1876:Lusheng 1849:Tremolo 1729:Octavin 1693:Xaphoon 1678:Pibgorn 1663:Diplica 1554:Bombard 1549:Bassoon 1511:Balaban 1413:Tubists 1376:Players 1150:Alphorn 1129:Bazooka 1119:Saxtuba 1109:Serpent 1092:Helicon 1087:Sackbut 1072:Buccina 1020:Cornett 1015:Clarion 964:Fiscorn 943:Saxhorn 925:Soprano 848:Flumpet 828:Piccolo 812:Trumpet 760:GSU.edu 752:bassoon 609:Sources 515:Trumpet 492:Brasses 466:baroque 459:conical 405:Saxhorn 394:Rackett 357:Dulcian 342:Bassoon 337:Alphorn 325:frustum 306:Trumpet 300:Rackett 285:— open) 223:stopped 124:conical 95:Trumpet 44:improve 1943:Triola 1866:Hulusi 1761:Single 1673:Mijwiz 1648:BĂĽlban 1643:Arghul 1638:Alboka 1604:Sopila 1594:Rhaita 1589:Piston 1564:Gralla 1286:Falset 1249:Valves 1180:Sringa 1175:Shofar 1170:Carnyx 1082:Buccin 856:Cornet 804:Modern 352:Cornet 239:octave 168:timbre 146:, the 120:Cornet 33:, but 2004:Sound 1961:Other 1933:Sheng 1871:Khene 1788:Sneng 1688:Sipsi 1599:Shawm 1521:Duduk 1422:Other 1306:Crook 1266:Mutes 1190:Wazza 1165:Nyele 1155:Nabal 1042:Cornu 876:Bugle 554:Bell 521:Horn 447:oboes 415:Shawm 372:Flute 279:Flute 233:(the 160:brass 150:of a 144:music 1978:Reed 1968:Bore 1797:Sets 1768:Bawu 1579:Oboe 1531:Piri 1526:Guan 1296:Bore 1047:Dord 979:Tuba 920:Alto 915:Bass 870:Horn 823:Bass 563:28% 549:61% 535:11% 449:and 425:Tuba 389:Oboe 248:bell 227:open 196:bell 180:cone 178:The 158:and 148:bore 1938:ShĹŤ 1574:Kèn 1569:Hne 560:39% 557:50% 546:52% 543:29% 529:21% 142:In 2000:: 1948:Yu 738:. 701:. 672:^ 662:. 643:. 625:. 532:9% 476:, 170:. 122:: 97:: 1478:e 1471:t 1464:v 789:e 782:t 775:v 762:. 705:. 666:. 647:. 629:. 281:( 69:) 63:( 58:) 54:( 40:.

Index

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Trumpet
Trumpet
cylindrical

Cornet
Cornet
conical

music
wind instrument
woodwind
brass
vibration
timbre
cone
cylinder
wind instruments
dissonant
bell
acoustic impedance
harmonics
resistance
normal mode
fundamental
octave

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