首页|期刊导航|热科学学报（英文版）|Contribution of Fluid Dynamics to Woodwind Instruments Investigations of Timbre and Pitch of Bassoon Bocals
热科学学报（英文版）2005，Vol.14Issue(3)：264-266,3.
Contribution of Fluid Dynamics to Woodwind Instruments Investigations of Timbre and Pitch of Bassoon Bocals
Contribution of Fluid Dynamics to Woodwind Instruments Investigations of Timbre and Pitch of Bassoon Bocals
摘要
Abstract
The discussed topic of isolating certain parameters which describe the timbre in connection with bocals of ain parameters which describe the timbre in connection with bocals of bassoons is of major interest for manufacturers and artist likewise since a reduction in the overall shear stress of ful but not sufficient. The timbre seen from the side of the musician has to be the same. Up to now two criteria have been isolated which have a deep influence on the easier blowing of the bassoon and on the comparable due to geometrical reasons. If the geometrical outer contour is designed carefully, it is possible to modify the shape and preserve the timbre.lysis.关键词
musical instrument/bocal/bassoon/timbre/principal component analysisKey words
musical instrument/bocal/bassoon/timbre/principal component analysis分类
数理科学引用本文复制引用
Roger GRUNDMANN,Johannes BAUMGART,Andreas RICHTER,Hans KR(U)GER..Contribution of Fluid Dynamics to Woodwind Instruments Investigations of Timbre and Pitch of Bassoon Bocals[J].热科学学报（英文版）,2005,14(3):264-266,3.基金项目
This research was supported by the German Research Establishment (DFG) with the reference number GR GR 1388/10-2. （DFG）
