Natural convection inside a spherical container was studied experimentally with two apparatuses at low buoyancy levels. The data generated by these experiments, plotted nondimensionally as the Nusselt versus Rayleigh numbers, gives correlations for Rayleigh numbers between 103 and 108, a range which was previously untested. These results show that natural convection has significant effects at a Rayleigh number of 10\u3esup\u3e3 and higher, although the behavior of the Nusselt number as the conduction limit is approached is still unknown for a spherical geometry
Thermal convection in a gravitational field is the source of most large-scale flows on Earth, planet...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
The continuous low-g environment of the orbiting space shuttle provided a setting for conducting geo...
Natural convection inside a spherical container was studied experimentally with two apparatuses at l...
A numerical study of natural convection in circular cylinder and square enclosures shows that the an...
An analysis of the heat transfer results and temperature profiles obtained experiment ally in a fini...
An experimental test program is described for the measure-ment of natural convection for an isotherm...
A finite difference numerical technique for solving the differential equations which describe therma...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Natural convection heat transfer between isothermal vertically eccentric spheres and centrally locat...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...
An experimental investigation of turbulent natural convection in air is described. The results of th...
In this study, a three-dimensional internal natural convection heat transfer between a cuboidal encl...
Forced-convection boiling at low heat flux and flow velocities in zero gravity for slightly subcoole...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Thermal convection in a gravitational field is the source of most large-scale flows on Earth, planet...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
The continuous low-g environment of the orbiting space shuttle provided a setting for conducting geo...
Natural convection inside a spherical container was studied experimentally with two apparatuses at l...
A numerical study of natural convection in circular cylinder and square enclosures shows that the an...
An analysis of the heat transfer results and temperature profiles obtained experiment ally in a fini...
An experimental test program is described for the measure-ment of natural convection for an isotherm...
A finite difference numerical technique for solving the differential equations which describe therma...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Natural convection heat transfer between isothermal vertically eccentric spheres and centrally locat...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...
An experimental investigation of turbulent natural convection in air is described. The results of th...
In this study, a three-dimensional internal natural convection heat transfer between a cuboidal encl...
Forced-convection boiling at low heat flux and flow velocities in zero gravity for slightly subcoole...
Natural convection in a spherical container with cooling at the center was numerically simulated usi...
Thermal convection in a gravitational field is the source of most large-scale flows on Earth, planet...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
The continuous low-g environment of the orbiting space shuttle provided a setting for conducting geo...