Análisis de la influencia de la campana sobre la afinación de un clarinete alto en Mi bemol

Abstract

[ES] El presente Trabajo de Fin de Grado, tiene la finalidad de emplear las nuevas tecnologías de diseño y simulación, para analizar la afinación de un clarinete alto en Mi bemol, con la intención de mejorar la calidad del sonido del instrumento estudiando el diseño de su campana. Para ello, se realizarán varios modelos de campana y se estudiará su efecto sobre la afinación de este tipo de clarinete mediante el uso de herramientas del ámbito de la ingeniería. Esta metodología permitirá analizar la afinación del clarinete alto sin necesidad de fabricar costosos prototipos, así como, realizar un análisis objetivo de la afinación en vez del análisis subjetivo que se venía dando hasta el momento.

[EN] The purpose of this Final Degree Project is to use new design and simulation technologies to analyze the tuning of an alto clarinet in E flat, with the intention of improving the quality of the instrument's sound by studying the design of its bell. For this, several models of bells will be made and their effect on the tuning of this type of clarinet will be studied through the use of tools from the field of engineering. This methodology will make it possible to analyze the tuning of the alto clarinet without the need to manufacture expensive prototypes, as well as to carry out an objective analysis of the tuning instead of the subjective analysis that had been given up to now.

[CAT/VA] The purpose of this Final Degree Project is to use new design and simulation technologies to analyze the tuning of an alto clarinet in E flat, with the intention of improving the quality of the instrument's sound by studying the design of its bell. For this, several models of bells will be made and their effect on the tuning of this type of clarinet will be studied through the use of tools from the field of engineering. This methodology will make it possible to analyze the tuning of the alto clarinet without the need to manufacture expensive prototypes, as well as to carry out an objective analysis of the tuning instead of the subjective analysis that had been given up to now.