Add to ORKGThe transient and steady thermal convection in microgravity is described. The approach is applicable to many three dimensional flows in containers of various shapes with various thermal gradients imposed. The method employs known analytical solutions to two dimensional thermal flows in simpler geometries, and does not require recourse to numerical calculations by computer
The fluid mechanics and heat transfer of motions driven by surface tension gradients (Marangoni conv...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...
Calculations were performed with computer models using three types of finite difference methods of t...
Specific work done during an indicated contract period was reviewed. An extensive survey of crystal ...
The demand for larger crystals is increasing especially in applications associated with the electron...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
An experiment was planned for the International Microgravity Laboratory (IML-1) to be launched aroun...
We numerically investigate the effects of various boundary conditions on the flow field characterist...
Several counter diffusion type crystal growth experiments were conducted in space. Improvements in c...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
Numerical methods are used to design a spherical baroclinic flow model experiment of the large scale...
The theoretical analysis of the fluid mechanics and heat transfer of motions driven by surface tensi...
In crystal growth devices, in order to control the growth defects and compositional homogeneity of t...
A great deal of interest was generated recently in the possibility of producing new materials in the...
The fluid mechanics and heat transfer of motions driven by surface tension gradients (Marangoni conv...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...
Calculations were performed with computer models using three types of finite difference methods of t...
Specific work done during an indicated contract period was reviewed. An extensive survey of crystal ...
The demand for larger crystals is increasing especially in applications associated with the electron...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
An experiment was planned for the International Microgravity Laboratory (IML-1) to be launched aroun...
We numerically investigate the effects of various boundary conditions on the flow field characterist...
Several counter diffusion type crystal growth experiments were conducted in space. Improvements in c...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
Numerical methods are used to design a spherical baroclinic flow model experiment of the large scale...
The theoretical analysis of the fluid mechanics and heat transfer of motions driven by surface tensi...
In crystal growth devices, in order to control the growth defects and compositional homogeneity of t...
A great deal of interest was generated recently in the possibility of producing new materials in the...
The fluid mechanics and heat transfer of motions driven by surface tension gradients (Marangoni conv...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...