International audienceWindow glass experiences permanent densification under high hydrostatic pressure, like amorphous silica but to a lesser extent. Comparable hydrostatic stresses are reached beneath a sharp indenter during indentation loading. The behavior of glass under very high pressure is therefore a key factor in understanding indentation deformation. A careful modelling of a Vickers indentation process, accounting for a newly determined pressure-densification constitutive law, allows for a quantitative estimation of the contribution of densification to the indentation strain. (c) 2006 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved
International audienceMechanical damage at the surface of glass, including the formation of indents ...
Inelastic deformation of anomalous glasses manifests in shear flow and densification of the glass ne...
International audienceThe actual displacement field in a glass during an in-situ Vickers indentation...
International audienceWindow glass experiences permanent densification under high hydrostatic pressu...
Abstract. Silica glass is known to exhibit permanent changes in density under very high pressures. T...
International audienceSilica glass is known to exhibit permanent changes in density under very high ...
The indentation response of glasses can be classified into three classes : normal, anomalous and int...
The indentation response of glasses can be classified under three headings: normal, anomalous and in...
International audienceGlass is densified under a sharp diamond indenter. The densification is not a ...
This work was dedicated to the comprehension of mechanical behavior of silica glass at micro scale. ...
Images and profiles of Vickers impressions produced on as-received float-glass were obtained using a...
The indentation response of glasses can be classified into three classes : normal, anomalous and int...
This work aims at improving the modelisation of mechanical behaviour of silica and silicate glasses ...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
International audienceMechanical damage at the surface of glass, including the formation of indents ...
International audienceMechanical damage at the surface of glass, including the formation of indents ...
Inelastic deformation of anomalous glasses manifests in shear flow and densification of the glass ne...
International audienceThe actual displacement field in a glass during an in-situ Vickers indentation...
International audienceWindow glass experiences permanent densification under high hydrostatic pressu...
Abstract. Silica glass is known to exhibit permanent changes in density under very high pressures. T...
International audienceSilica glass is known to exhibit permanent changes in density under very high ...
The indentation response of glasses can be classified into three classes : normal, anomalous and int...
The indentation response of glasses can be classified under three headings: normal, anomalous and in...
International audienceGlass is densified under a sharp diamond indenter. The densification is not a ...
This work was dedicated to the comprehension of mechanical behavior of silica glass at micro scale. ...
Images and profiles of Vickers impressions produced on as-received float-glass were obtained using a...
The indentation response of glasses can be classified into three classes : normal, anomalous and int...
This work aims at improving the modelisation of mechanical behaviour of silica and silicate glasses ...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
International audienceMechanical damage at the surface of glass, including the formation of indents ...
International audienceMechanical damage at the surface of glass, including the formation of indents ...
Inelastic deformation of anomalous glasses manifests in shear flow and densification of the glass ne...
International audienceThe actual displacement field in a glass during an in-situ Vickers indentation...