The Use of Vibrato in Belt and Legit Styles of Singing in Professional Female Musical-Theater Performers.

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2025-01-01 Epub Date: 2022-10-01 DOI:10.1016/j.jvoice.2022.07.018
Alyssa S Becker, Peter J Watson
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引用次数: 0

Abstract

Objective: Musical theater (MT) performers are required to sing in several different styles, requiring different registration (quality) and different use of vibrato. Many measures of vibrato in MT performers are made in laboratory settings, studying a limited set of pitches, intensities, and vowels, using amateur and not well-defined professional singers. It is unclear if these observations are observed in well-known professional MT singers, during live instrumentally accompanied legit and belt performances.

Study design: Descriptive from a convenience sample.

Methods: Five well-known MT performers' recordings of one legit and one belt performance were downloaded for analysis of vocal vibrato. The vocal part was extracted from the recording and each note demarcated with and without vibrato. The pitch track of each note was analyzed for average pitch, duration, the proportion of a note sung with vibrato, if present, and written to file. The pitch track (f0 and time stamps) was written to a separate file for further analysis. This analysis consisted of vibrato rate (Hz), vibrato extent (semitones), and cycle-to-cycle perturbation (jitter-local and shimmer-local).

Results: The most consistent finding was that the belt performances of the five singers had lesser proportion of notes sung with vibrato than their legit performances. The next consistent finding was that during belt performances, when vibrato was used, it was for a shorter duration within a note. There was a trend for the average rate of vibrato to be slower in the belt performances, but not to a substantial degree. There was no clear difference between legit and belt performances for vibrato extent or cycle-to-cycle perturbation.

Conclusions: For these five performers, the strategy for the use of vibrato most often employed for differentiating the two singing styles was using less vibrato and when used to engage it for a shorter portion of a sung note. We believe this study offers reasonable ecological validity in how professional MT performers utilize vibrato to distinguish between belt and legit styles of singing. Vibrato rate and extent are subject to a number of factors which may not be in direct control of the singer. However, learning to sing with and without vibrato and the duration to which it is produced within a note may be a useful training strategy for students of MT.

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专业音乐剧女演员在腰带式和合法演唱风格中使用颤音的情况。
目的:音乐剧(MT)表演者需要演唱几种不同的风格,这就要求不同的注册(质量)和不同的揉弦使用。对 MT 表演者颤音的许多测量都是在实验室环境中进行的,研究的音高、音强和元音都很有限,而且使用的都是业余的而非定义明确的专业歌手。目前还不清楚这些观察结果是否能在著名的专业 MT 歌手的现场乐器伴奏合法表演和腰带表演中观察到:研究设计:方便抽样的描述性研究:方法:下载五位知名 MT 表演者的录音,包括一次合法表演和一次腰带表演,用于分析声带颤音。从录音中提取声乐部分,对每个音符进行有揉弦和无揉弦的划分。对每个音符的音高轨迹进行分析,以确定平均音高、持续时间、带有颤音的音符比例(如果有的话),并写入文件。音高轨迹(f0 和时间戳)被写入一个单独的文件,以作进一步分析。分析包括揉弦频率(赫兹)、揉弦范围(半音)和周期到周期扰动(抖动-局部和闪烁-局部):最一致的发现是,五位歌手的腰带表演中使用揉弦演唱的音符比例低于他们的正音表演。下一个一致的发现是,在腰带表演中,如果使用揉弦,在一个音符中持续的时间较短。在腰带表演中,平均揉弦速度有减慢的趋势,但幅度不大。在揉弦幅度或周期与周期之间的扰动方面,合法演奏与带式演奏没有明显差异:对于这五位表演者来说,为区分两种演唱风格而最常采用的揉弦策略是使用较少的揉弦,并且在使用揉弦时,在演唱音符的较短部分使用揉弦。我们相信,这项研究为专业 MT 表演者如何利用揉弦来区分带式和正统演唱风格提供了合理的生态学依据。揉弦的速度和程度受多种因素的影响,而这些因素可能不是歌手所能直接控制的。不过,学习有揉弦和无揉弦的演唱,以及在一个音符中产生揉弦的持续时间,对 MT 学生来说可能是一种有用的训练策略。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
期刊介绍: ACS Applied Bio Materials is an interdisciplinary journal publishing original research covering all aspects of biomaterials and biointerfaces including and beyond the traditional biosensing, biomedical and therapeutic applications. The journal is devoted to reports of new and original experimental and theoretical research of an applied nature that integrates knowledge in the areas of materials, engineering, physics, bioscience, and chemistry into important bio applications. The journal is specifically interested in work that addresses the relationship between structure and function and assesses the stability and degradation of materials under relevant environmental and biological conditions.
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