Add to ORKGThe present study demonstrated that calculated thermocapillary convection in a non-cylindrical floating zone can now be compared with measured one, by considering the lens effect of the floating zone. Flow visualization and computer simulation of thermocapillary convection in a silicone oil zone and a molten zone in an NaNO3 rod were conducted. The calculated results agree very well with the measured ones, including the free surface shapes, the solid/melt interface shapes and the velocity fields
The hydrodynamics of crystal-growth melts is a relatively new research area. Numerical modeling of t...
Floating zone melting is used in crystal growth and purification of high melting materials. The use ...
The characteristics of surface oscillation in a rectangular pool of silicone oil have been investiga...
Thermocapillary convection in a transparent floating zone is studied. Equations are derived to relat...
The objective was to study thermocapillary convection in a transparent floating zone. The floating z...
Development of a new computational tool for the study of thermocapillary convection is presented. De...
Laboratory and numerical experiments are underway to generate, and subsequently suppress, oscillator...
An experimental investigation of thermocapillary flow in droplets of a vegetable oil (partially hydr...
We investigate the surface deformations of buoyant-thermocapillary convection in a rectangular cavit...
grantor: University of TorontoThe effects of surface evaporation on the onset of oscillato...
The theoretical analysis of the fluid mechanics and heat transfer of motions driven by surface tensi...
The dependency of the critical Marangoni number on the geometrical aspect ratio of the floating half...
grantor: University of TorontoNASA's KC-135 parabolic flight aircraft was used to conduct ...
Results are reported of the Surface Tension Driven Convection Experiment (STDCE) aboard the USML-1 (...
The surface temperature distributions due to thermocapillary convections in a thin liquid layer with...
The hydrodynamics of crystal-growth melts is a relatively new research area. Numerical modeling of t...
Floating zone melting is used in crystal growth and purification of high melting materials. The use ...
The characteristics of surface oscillation in a rectangular pool of silicone oil have been investiga...
Thermocapillary convection in a transparent floating zone is studied. Equations are derived to relat...
The objective was to study thermocapillary convection in a transparent floating zone. The floating z...
Development of a new computational tool for the study of thermocapillary convection is presented. De...
Laboratory and numerical experiments are underway to generate, and subsequently suppress, oscillator...
An experimental investigation of thermocapillary flow in droplets of a vegetable oil (partially hydr...
We investigate the surface deformations of buoyant-thermocapillary convection in a rectangular cavit...
grantor: University of TorontoThe effects of surface evaporation on the onset of oscillato...
The theoretical analysis of the fluid mechanics and heat transfer of motions driven by surface tensi...
The dependency of the critical Marangoni number on the geometrical aspect ratio of the floating half...
grantor: University of TorontoNASA's KC-135 parabolic flight aircraft was used to conduct ...
Results are reported of the Surface Tension Driven Convection Experiment (STDCE) aboard the USML-1 (...
The surface temperature distributions due to thermocapillary convections in a thin liquid layer with...
The hydrodynamics of crystal-growth melts is a relatively new research area. Numerical modeling of t...
Floating zone melting is used in crystal growth and purification of high melting materials. The use ...
The characteristics of surface oscillation in a rectangular pool of silicone oil have been investiga...