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Connecting science and the musical arts in teaching tone quality: Integrating Helmholtz motion and master violin teachers' pedagogies.

机译:将科学与音乐艺术联系起来,以教授音质:将亥姆霍兹动作与小提琴老师的教学法相结合。

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摘要

Is it possible for students to achieve better tone quality from even their factory-made violins? All violins, regardless of cost, have a common capacity for good tone in certain frequencies. These signature modes outline the first position range of a violin (196-600 hertz). To activate this basic capacity of all violins, the string must fully vibrate. To accomplish this the bow must be pulled across the string with enough pressure (relative to its speed and contact point) for the horsehairs to catch. This friction permits the string to vibrate in Helmholtz Motion, which produces a corner that travels along the edge of the string between the bridge and the nut. Creating this corner is the most fundamental technique for achieving good tone.;The findings of celebrated scientists Ernest Chladni, Hermann von Helmholtz, and John Schelleng will be discussed and the tone-production pedagogy of master teachers Carl Flesch, Ivan Galamian, Robert Gerle, and Simon Fischer will be investigated. Important connections between the insights of these scientists and master teachers are evident. Integrating science and art can provide teachers with a better understanding of the characteristics of good tone. This can help their students achieve the best possible sound from their instruments.;In the private studio the master teacher may not use the words "Helmholtz Motion." Yet through modeling and listening students are able to understand and create a quality tone. Music teachers without experience in string performance may be assigned to teach strings in classroom and ensembles settings. As a result modeling good tone is not always possible. However, all teachers and conductors can understand the fundamental behavior of string vibration and adapt their instruction strategies towards student success. Better tonal quality for any string instrument is ultimately achieved. Mastery and use of the Helmholtz Motion benefits teachers and students alike. Simple practice exercises for teaching and conducting, based on student discovery rather than modeling, are presented in Appendix A: Application. This approach to teaching good tone can be applied successfully in all string settings and levels.
机译:学生甚至可以用他们的工厂生产的小提琴获得更好的音质吗?所有小提琴,无论价格如何,都具有在某些频率下良好音调的通用能力。这些签名模式概述了小提琴(196-600赫兹)的第一个位置范围。要激活所有小提琴的基本容量,琴弦必须充分振动。为此,必须以足够的压力(相对于其速度和接触点)将弓弓拉过弦,以使马毛抓住。这种摩擦力使琴弦以亥姆霍兹运动振动,从而产生一个沿琴弦边缘在琴桥和螺母之间移动的拐角。创建这个角落是获得良好音调的最基本技术。将讨论著名科学家欧内斯特·克拉德尼,赫尔曼·冯·亥姆霍兹和约翰·谢伦的发现,并讨论大师级老师卡尔·弗莱施,伊万·加拉米安,罗伯特·盖尔的音调教学法,西蒙·菲舍尔(Simon Fischer)将接受调查。这些科学家和大师级老师的见解之间的重要联系是显而易见的。科学与艺术的融合可以使教师更好地理解良好语气的特征。这可以帮助他们的学生从他们的乐器中获得最佳的声音。;在私人工作室中,主老师不得使用“ Helmholtz Motion”一词。然而,通过建模和聆听,学生能够理解并创造出优质的语气。没有弦乐演奏经验的音乐教师可以分配到教室里进行弦乐教学和合奏。结果,建模并非总是可能的。但是,所有的老师和指挥家都可以理解弦振动的基本行为,并根据学生的成功调整他们的指导策略。最终,任何弦乐器都会获得更好的音质。掌握和使用Helmholtz Motion可以使老师和学生受益。附录A:应用中介绍了基于学生发现而不是建模的简单教学实践操作。这种教授良好音调的方法可以成功地应用于所有弦乐设置和级别。

著录项

  • 作者

    Collins, Cheri D.;

  • 作者单位

    George Mason University.;

  • 授予单位 George Mason University.;
  • 学科 Education Music.;Physics Acoustics.
  • 学位 D.A.
  • 年度 2009
  • 页码 167 p.
  • 总页数 167
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 声学;
  • 关键词

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