For objects with cylindrical geometrics and freely developing boundary layers, the Churchill-Bernstein equations can be used to calculate the Nusselt numbers for this process.
One variety of this phenemonon is named for Rayleigh and Benard. For objects with cylindrical geometrics and freely developing boundary layers, the Churchill-Bernstein equations can be used to calculate the Nusselt numbers for this process. The Grashof number describes the tendency towards it and is multiplied by the Prandtl number to obtain the Reynolds number. Divided into free and advective types, for 10 points, name this type of heat transfer, marked by bulk motion and contrasted with conduction.
One variety of this phenemonon is named for Rayleigh and Benard.
Convection