eScholarship (California Digital Library) · 1999 · 60 citations · 5 references
Open access
ArchitectureArchitectural EngineeringBuilding ScienceHeat TransferHvac SystemsThermal ComfortAir Conditioning EquipmentAir Conditioning SystemsAir Temperature EffectsBuilding Cooling SystemsBuilding Thermal PerformanceThermal PerformanceClimate Chamber TestingHeat LossIndoor Thermal ComfortLaboratory Thermal Comfort ExperimentsPersonal Thermal ControlTask Ambient SystemsThermal AdaptationThermal Asymmetry
Three very different task/ambient conditioning (TAC) systems were investigated in a climate chamber. Two desk-mounted TACs, the "Personal Environmental Module" (PEM), intended for US offices, and the "ClimaDesk" (CDESK), intended for European offices, were compared experimentally with a floor-mounted unit, the "Task Air Module" (TAM). All three provide some individual control of cooling, while PEM and CDESK also provide individual control of heating. They were installed with floor-ducted supply air (19-25°C) in standard office cubicles in a climate chamber, and their effect on the heat loss from a 16- section heated thermal mannequin was measured at various room temperatures (19-25°C). The individual control provided by each unit, in terms of the change in room air temperature that would have affected whole-body heat loss equivalently, was PEM: 9K, CDESK: 3K, TAM: 5K. The "thermal asymmetry" caused by each unit is given as the rate of heat loss from each body section.
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Indoor environmental effects on productivity
David P. Wyon · 1997 · 112 citations
Architecture, Architectural Engineering, Building Science +11
Use of thermal manikins in environmental ergonomics.
David P. Wyon · PubMed · 1989 · 48 citations