forced convection

He later extended this work to include the first effects of forced convection as well.

Forced convection is typically used to increase the rate of heat exchange.

Forced convection heat transfer to carbon dioxide near the critical point.

It is used to characterize heat transfer in forced convection flows.

Fan forced convection - Only the viewing glass radiates heat.

However the distinction between natural and forced convection is particularly important for convective heat transfer.

In forced convection the Reynolds number governs the fluid flow.

The first case is when natural convection aids forced convection.

Forced convection can occur in both laminar and turbulent flow.

Many types of mixing also utilize forced convection to distribute one substance within another.

The second case is when natural convection acts in the opposite way of the forced convection.

These phenomena will only be of significance when the moving fluid is minimally affected by forced convection.

This induces forced convection, transferring heat to/from the product.

An optional 2 speed fan is available to increase circulation by fan forced convection.

The turbulence created by the vegetation canopy increases the forced convection in the surface layer.

It is especially used in areas where no access to electricity for utilize solar dryers of forced convection.

Finally turbulent internal forced convection is examined in detail in a third lab.

In practice, forced convection cooling is required.

In forced convection, also called heat advection, fluid movement results from external surface forces such as a fan or pump.

This is an example of "forced convection".

Forced convection of heat and momentum in laminar and turbulent regimes.

At this point, combining natural convection with forced convection will often deliver the desired results.

The shock wave that transfers heat and mass out of explosions is also a type of forced convection.

He achieved this by applying the core principles of forced convection to industrial drying and textile applications.

A super-computer is cooled by forced convection using a dielectric liquid (coolant).