stack effect

This stack effect can help to achieve the desired air flow and cooling.

The movement of air across the chimney tops enhances the stack effect.

These documentation entries begin with the name of the primitive, followed by a "stack effect" statement.

Fire experts called the phenomenon the stack effect.

Occupiers also raise the internal temperature, thereby increasing the stack effect.

Therefore prevailing winds must be taken into account when designing for stack effect ventilation.

I have already posted extensive information on the radon entry mechanism and the stack effect.

The stack effect helps drive natural ventilation and infiltration.

During warm, still days, the building relies mostly on the stack effect while air is taken from the shady north side of the building.

Locate exhaust high above inlet to maximize stack effect.

The stacked effect is similar to the sculptural accumulations for which he is known in France.

The pressures generated by 'the stack effect' rely upon the buoyancy of heated or rising air.

This method stops the stack effect and convective loops in wall cavities.

Since buildings are not totally sealed (at the very minimum, there is always a ground level entrance), the stack effect will cause air infiltration.

This phenomenon, called the "stack effect," causes the home to suck air up from the crawl space into the main area of the home.

During the cooling season, the stack effect is reversed, but is typically weaker due to lower temperature differences.

The stack effect also comes into play due to their large size and creates a large layer of hot air above the people in the mosque.

That pressure difference ( ΔP ) is the driving force for the stack effect and it can be calculated with the equations presented below.

They usually operate by buoyancy, also known as the stack effect, or the combustion products may be 'induced' via a blower.

Crawl space vents also contribute to the "stack effect", a phenomenon by which warm air rises in the home and exits from the upper levels.

The greater the thermal difference and the height of the structure, the greater the buoyancy force, and thus the stack effect.

The draft (draught in British English) flow rate induced by the stack effect can be calculated with the equation presented below.

The height of a chimney influences its ability to transfer flue gases to the external environment via stack effect.

Air heated by the hot components tends to rise, creating a natural air flow along the boards (stack effect), cooling them.

Natural convection causing stack effect warm air and falling cooler air can result in an uneven stratification of heat.