This work was dedicated to the comprehension of mechanical behavior of silica glass at micro scale. It is focused on the study of the permanent densification of silica glass and structural changes induced by different methods. First, “Belt” densification is studied as a function of temperature and pressure. A macroscopic inhomogeneity at the sample scale was observed and it was dependent upon temperature. These observations were due to glass viscosity decrease with pressure. The plastic domain of silica glass with different “high pressure” techniques was analyzed. Structural modifications were observed during compression especially as Si-O-Si intertetrahedral angle decrease and an increase of small rings. Furthermore, it is demonstrated tha...
Despite their brittleness, silicate glasses undergo plastic deformation at the micron scale. Mechani...
International audienceIn addition of a flow, plastic deformation of structural glasses (in particula...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
Ce travail est dédié à la compréhension du comportement mécanique des verres silicates à micro-échel...
This work aims at improving the modelisation of mechanical behaviour of silica and silicate glasses ...
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 ...
International audienceSiO 2 glass structure has been permanently modified by uniaxial compression. W...
The densification and plastic deformation occurringin glass subjected to microindentation are establ...
International audienceWindow glass experiences permanent densification under high hydrostatic pressu...
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...
The indentation response of glasses can be classified into three classes : normal, anomalous and int...
The permanent densification of silica glass induced by high-pressure treatment attracts wide attenti...
The damage resistance of glass is of great scientific and economic interest. In oxide glasses crack ...
Despite their brittleness, silicate glasses undergo plastic deformation at the micron scale. Mechani...
International audienceIn addition of a flow, plastic deformation of structural glasses (in particula...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
Ce travail est dédié à la compréhension du comportement mécanique des verres silicates à micro-échel...
This work aims at improving the modelisation of mechanical behaviour of silica and silicate glasses ...
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 ...
International audienceSiO 2 glass structure has been permanently modified by uniaxial compression. W...
The densification and plastic deformation occurringin glass subjected to microindentation are establ...
International audienceWindow glass experiences permanent densification under high hydrostatic pressu...
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...
The indentation response of glasses can be classified into three classes : normal, anomalous and int...
The permanent densification of silica glass induced by high-pressure treatment attracts wide attenti...
The damage resistance of glass is of great scientific and economic interest. In oxide glasses crack ...
Despite their brittleness, silicate glasses undergo plastic deformation at the micron scale. Mechani...
International audienceIn addition of a flow, plastic deformation of structural glasses (in particula...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...