Add to ORKGA study of the results of FEM simulations of plate and shell models are presented to reference of a violin vibrations problems. The influence of arching, variable thickness and damping was considered. ABAQUS/Explicit procedure of “Dynamic Explicit” was used in the simulation. Anisotropy in the material properties (spruce) was considered (9 elastic constants)
The violin soundpost, a small cylindrical rod of wood wedged between the front and back plates of th...
Novel methods are proposed to measure the modal properties of thin plates, such as free violin plat...
We present the derivation and implementation of a mathematical model for the linear elastic structur...
Assuming orthotropic behavior, material properties are easily de-termined for violin blanks made of ...
This paper illustrates the present state of a research project aimed at developing and validating a ...
The various criteria used for graduating the thickness of violin plates are discussed. These are sho...
This thesis presents a study of the vibrational behaviour of the violin top plate and explores the p...
iAbstract This thesis presents a study of the vibrational behaviour of the violin top plate and expl...
In this article we consider the vibrations and radiated sound of the bowed violin. The vibrations ar...
International audienceIn this study, a finite element model is used to simulate the impact of wood m...
Violin bridge transmits vibration of the strings on the violin body. In numerous publications, the f...
This thesis presents vibration analysis of the top plate of Stradivari violin by creating a 3D model...
A qualitative analysis of the relationship between longitudinal string vibration, arching shape and ...
For decades, modal analysis has been a tool to gain insights in the vibrational and acoustical behav...
Graduation date: 2004This thesis explores the vibrational behavior of the main components of sound p...
The violin soundpost, a small cylindrical rod of wood wedged between the front and back plates of th...
Novel methods are proposed to measure the modal properties of thin plates, such as free violin plat...
We present the derivation and implementation of a mathematical model for the linear elastic structur...
Assuming orthotropic behavior, material properties are easily de-termined for violin blanks made of ...
This paper illustrates the present state of a research project aimed at developing and validating a ...
The various criteria used for graduating the thickness of violin plates are discussed. These are sho...
This thesis presents a study of the vibrational behaviour of the violin top plate and explores the p...
iAbstract This thesis presents a study of the vibrational behaviour of the violin top plate and expl...
In this article we consider the vibrations and radiated sound of the bowed violin. The vibrations ar...
International audienceIn this study, a finite element model is used to simulate the impact of wood m...
Violin bridge transmits vibration of the strings on the violin body. In numerous publications, the f...
This thesis presents vibration analysis of the top plate of Stradivari violin by creating a 3D model...
A qualitative analysis of the relationship between longitudinal string vibration, arching shape and ...
For decades, modal analysis has been a tool to gain insights in the vibrational and acoustical behav...
Graduation date: 2004This thesis explores the vibrational behavior of the main components of sound p...
The violin soundpost, a small cylindrical rod of wood wedged between the front and back plates of th...
Novel methods are proposed to measure the modal properties of thin plates, such as free violin plat...
We present the derivation and implementation of a mathematical model for the linear elastic structur...