Measurements are reported which show the influence of the turbulence intensity, the scale
of turbulence, and the position of the support, on the average heat transfer from spheres to …

The rate of heat transfer from a 1· 25-in dia. sphere was studied in a vertical wind tunnel.
Results in both heat transfer and drag indicate that the product of Reynolds number and …

The rate of thermal transport from spheres in a flowing stream is of interest in many industrial
operations. Limited data are available concerning the effect of turbulence level on this …

Experiments involving both heat-transfer and turbulence-field measurements were
performed to determine the influence of free-stream turbulence on the local heat transfer …

The present investigation was undertaken because of the paucity of data concerning the
effect of level of turbulence upon local thermal transport from spheres in a free stream. A …

Experiments on heat transfer between spheres and airflow were carried out in the range of
Reynolds numbers from 3.5 to 1.44 x 10/sup 5/and Grashof numbers from 1 to 10/sup 5 …

Heat transfer coefficients from spheres were measured in a naturally turbulent, outdoor
environment and compared to measurements made in wind tunnels at various turbulent …

Measurements of the heat transfer by free convection from isothermal spheroids to air are
reported. The range of Rayleigh number, Ra, covered was sufficiently large that both thick …

Forced convective heat transfer from smooth, solid and isothermal spheres of various
diameters has been studied experimentally in air flows with various free-stream velocities …

An approximate analytical solution is presented for the variation of the local heat-transfer
coefficient over the forward half of a uniformly heated sphere. Experimental measurements …