This research concerns the development of tools and methods to improve the quantification of the damage induced by ground movements on masonry residential structures. It is based on the use of a simulator for ground movement under natural gravity (1g), developed by the research team. The works include the development of an image analysis method to characterize large deformation, cracks, location, length and aperture. An algorithm calculates a level of damage calibrated with classifications based on visual assessments. The methodology has been applied to several scenarios in order to ensure its efficacy and reproducibility at low scale.Chaque année, les risques de mouvements de terrain associés aux phénomènes de retrait-gonflement des argile...
International audienceThe paper presents a new large small-scale physical model (6 m3) for studying ...
The objective of this thesis has been the design and the development of a damage simulator for evalu...
The objective of this thesis has been the design and the development of a damage simulator for evalu...
This research concerns the development of tools and methods to improve the quantification of the dam...
Les structures en maçonnerie représentent une proportion importante des maisons individuelles et son...
L’objectif de cette thèse a été de concevoir et développer un simulateur de dommages permettant d’ét...
L'objectif de cette thèse a été de concevoir et développer un simulateur de dommages permettant d'ét...
International audience1g physical modelling for studying the consequences of ground movements and me...
The objective of this thesis is to improve the methods of subsidence computation and building damage...
International audience1g physical modelling for studying the consequences of ground movements and me...
The objective of this thesis is to improve the methods of subsidence computation and building damage...
The objective of this thesis is to improve the methods of subsidence computation and building damage...
International audience1g physical modelling for studying the consequences of ground movements and me...
International audience1g physical modelling for studying the consequences of ground movements and me...
L’objectif principal de cette recherche est l’étude du dommage des bâtiments en maçonnerie subissant...
International audienceThe paper presents a new large small-scale physical model (6 m3) for studying ...
The objective of this thesis has been the design and the development of a damage simulator for evalu...
The objective of this thesis has been the design and the development of a damage simulator for evalu...
This research concerns the development of tools and methods to improve the quantification of the dam...
Les structures en maçonnerie représentent une proportion importante des maisons individuelles et son...
L’objectif de cette thèse a été de concevoir et développer un simulateur de dommages permettant d’ét...
L'objectif de cette thèse a été de concevoir et développer un simulateur de dommages permettant d'ét...
International audience1g physical modelling for studying the consequences of ground movements and me...
The objective of this thesis is to improve the methods of subsidence computation and building damage...
International audience1g physical modelling for studying the consequences of ground movements and me...
The objective of this thesis is to improve the methods of subsidence computation and building damage...
The objective of this thesis is to improve the methods of subsidence computation and building damage...
International audience1g physical modelling for studying the consequences of ground movements and me...
International audience1g physical modelling for studying the consequences of ground movements and me...
L’objectif principal de cette recherche est l’étude du dommage des bâtiments en maçonnerie subissant...
International audienceThe paper presents a new large small-scale physical model (6 m3) for studying ...
The objective of this thesis has been the design and the development of a damage simulator for evalu...
The objective of this thesis has been the design and the development of a damage simulator for evalu...