Autor/Autorin: da Silva Andrey Ricardo
Dr da Silva received his PhD from McGill University, 2008. He is currently a member of the Technical Committee in Musical Acoustics of the Acoustical Society of America and works a an associate researcher at the Federal University of Santa Catarina, Brazil, where he conducts research on noise control, aeroacoustics and flow-induced vibration.
The rich sound of musical wind instruments is a consequence of intricate phenomena involving the interaction between air flow and acoustic field, as well as the interaction between air flow and the structural components of the instrument. This book addresses the major aspects of the sound production mechanism in single-reed woodwind instruments and provides an extensive review of the theories related to flow-induced vibration and aerodynamic sound generation in internal flows at low Mach numbers and high acoustic amplitudes. In addition, the book presents a series of numerical techniques that can be used to assess this family of problems, thus providing a useful reference source for research areas such as duct acoustics, flow- induced vibration and aeroacoustics.
The rich sound of musical wind instruments is a consequence of intricate phenomena involving the interaction between air flow and acoustic field, as well as the interaction between air flow and the structural components of the instrument. This book addresses the major aspects of the sound production mechanism in single-reed woodwind instruments and provides an extensive review of the theories related to flow-induced vibration and aerodynamic sound generation in internal flows at low Mach numbers and high acoustic amplitudes. In addition, the book presents a series of numerical techniques that can be used to assess this family of problems, thus providing a useful reference source for research areas such as duct acoustics, flow- induced vibration and aeroacoustics.
Dr da Silva received his PhD from McGill University, 2008. He is currently a member of the Technical Committee in Musical Acoustics of the Acoustical Society of America and works a an associate researcher at the Federal University of Santa Catarina, Brazil, where he conducts research on noise control, aeroacoustics and flow-induced vibration.
Über den Autor
Dr da Silva received his PhD from McGill University, 2008. He is currently a member of the Technical Committee in Musical Acoustics of the Acoustical Society of America and works a an associate researcher at the Federal University of Santa Catarina, Brazil, where he conducts research on noise control, aeroacoustics and flow-induced vibration.
Klappentext
The rich sound of musical wind instruments is a consequence of intricate phenomena involving the interaction between air flow and acoustic field, as well as the interaction between air flow and the structural components of the instrument. This book addresses the major aspects of the sound production mechanism in single-reed woodwind instruments and provides an extensive review of the theories related to flow-induced vibration and aerodynamic sound generation in internal flows at low Mach numbers and high acoustic amplitudes. In addition, the book presents a series of numerical techniques that can be used to assess this family of problems, thus providing a useful reference source for research areas such as duct acoustics, flow- induced vibration and aeroacoustics.
