This work deals with sensitivity phenomenon on vibrating structures. An alternative to classical methods used in sensitivity analysis is presented : the proposed method is a tool that allows one to know which part of a structure is responsible for dispersions, in order to be able, during a design phase, to modify zones inducing large sensitivities, or in a manufacturing phase, to take care of these zones. The first step of this work is to present hypersensitive phenomenon, which can be observed on semi-infinite coupled beams and plates. The analysis and characterization of these phenomenon are developed and compared with finite cases. Then, a method to localize main uncertainty causes of a given structure is presented, it is based on techni...
Purpose: This paper presents the development of a numerical continuum-discrete approach for computin...
The thesis presents a comprehensive approach for structural assessment of bridges based on dynamic t...
In the domain of mechanical engineering, control of noise and vibration is one of the most important...
This work deals with sensitivity phenomenon on vibrating structures. An alternative to classical met...
Ce travail porte sur les phénomènes de dispersions du comportement de structures vibrantes et son bu...
International audienceThis paper deals with uncertainties analysis. The objective is to detect struc...
International audienceThis work deals with hypersensitive vibration behavior of plates. The aim of t...
On the basis of our previous works (6), one present here a FEM application of a method that allows o...
Serial manufacturing of products is the reason why studies on uncertainties are becoming more and mo...
The aim of the thesis is to define principles and approaches of a practical implementation of vibrat...
Vibrations of continuos structures depend on boundary conditions and physical parameters: uncertaint...
La thèse a pour objectif de définir les principes et les approches d’une mise en œuvre pratique des ...
International audienceThis paper describes a method allowing one to localize structural areas induci...
Dans ce mémoire, une méthode subspace fitting (SF) destinée à l’identification des paramètres mécani...
International audienceIn this article is presented a new method which aim is to provide a tool that ...
Purpose: This paper presents the development of a numerical continuum-discrete approach for computin...
The thesis presents a comprehensive approach for structural assessment of bridges based on dynamic t...
In the domain of mechanical engineering, control of noise and vibration is one of the most important...
This work deals with sensitivity phenomenon on vibrating structures. An alternative to classical met...
Ce travail porte sur les phénomènes de dispersions du comportement de structures vibrantes et son bu...
International audienceThis paper deals with uncertainties analysis. The objective is to detect struc...
International audienceThis work deals with hypersensitive vibration behavior of plates. The aim of t...
On the basis of our previous works (6), one present here a FEM application of a method that allows o...
Serial manufacturing of products is the reason why studies on uncertainties are becoming more and mo...
The aim of the thesis is to define principles and approaches of a practical implementation of vibrat...
Vibrations of continuos structures depend on boundary conditions and physical parameters: uncertaint...
La thèse a pour objectif de définir les principes et les approches d’une mise en œuvre pratique des ...
International audienceThis paper describes a method allowing one to localize structural areas induci...
Dans ce mémoire, une méthode subspace fitting (SF) destinée à l’identification des paramètres mécani...
International audienceIn this article is presented a new method which aim is to provide a tool that ...
Purpose: This paper presents the development of a numerical continuum-discrete approach for computin...
The thesis presents a comprehensive approach for structural assessment of bridges based on dynamic t...
In the domain of mechanical engineering, control of noise and vibration is one of the most important...