The use of an underfloor plenum to deliver conditioned air directly into an occupied zone of a building is a key feature distinguishing underfloor-air-distribution (UFAD) systems from conventional ducted overhead systems. Current research (www.cbe.berkeley.edu/underfloorair) and design practices are focusing on two plenum-related topics that can have significant impacts on the successful operation of UFAD systems:- Air leakage from pressurized plenums.- Underfloor-plenum-supply-air heat gain (thermal decay)This article will present updated design and operating guidelines addressing both of these topics
This section provides full details of work performed in support of Task 2.3 (Underfloor Plenum Testi...
Cool supply air flowing through the underfloor plenum is exposed to heat gain from both the concrete...
Cool supply air flowing through the underfloor plenum is exposed to heat gain from both the concrete...
Underfloor air distribution system (UFAD) is a mechanical air distribution strategy in which the con...
Underfloor air distribution system (UFAD) is a mechanical air distribution strategy in which the con...
There is considerable growth in popularity of under-floor air distribution (UFAD) systems because of...
The use of an underfloor plenum to deliver conditioned air directly into the occupied zone of a buil...
Underfloor air distribution, also known as UFAD, is a technique of providing the space conditioning ...
Underfloor air distribution (UFAD) is a mechanical ventilation strategy in which the conditioned air...
Underfloor air distribution (UFAD) is a mechanical ventilation strategy in which the conditioned air...
The control of room-air stratification is critical to the design and operation of successful underfl...
The control of room-air stratification is critical to the design and operation of successful underfl...
This multi-year project generated significant new and improved software design tools and commissioni...
This multi-year project generated significant new and improved software design tools and commissioni...
This section provides full details of work performed in support of Task 2.3 (Underfloor Plenum Testi...
This section provides full details of work performed in support of Task 2.3 (Underfloor Plenum Testi...
Cool supply air flowing through the underfloor plenum is exposed to heat gain from both the concrete...
Cool supply air flowing through the underfloor plenum is exposed to heat gain from both the concrete...
Underfloor air distribution system (UFAD) is a mechanical air distribution strategy in which the con...
Underfloor air distribution system (UFAD) is a mechanical air distribution strategy in which the con...
There is considerable growth in popularity of under-floor air distribution (UFAD) systems because of...
The use of an underfloor plenum to deliver conditioned air directly into the occupied zone of a buil...
Underfloor air distribution, also known as UFAD, is a technique of providing the space conditioning ...
Underfloor air distribution (UFAD) is a mechanical ventilation strategy in which the conditioned air...
Underfloor air distribution (UFAD) is a mechanical ventilation strategy in which the conditioned air...
The control of room-air stratification is critical to the design and operation of successful underfl...
The control of room-air stratification is critical to the design and operation of successful underfl...
This multi-year project generated significant new and improved software design tools and commissioni...
This multi-year project generated significant new and improved software design tools and commissioni...
This section provides full details of work performed in support of Task 2.3 (Underfloor Plenum Testi...
This section provides full details of work performed in support of Task 2.3 (Underfloor Plenum Testi...
Cool supply air flowing through the underfloor plenum is exposed to heat gain from both the concrete...
Cool supply air flowing through the underfloor plenum is exposed to heat gain from both the concrete...