Radiant heating and cooling (RHC) systems are being increasingly applied not only in
residential but also in non-residential buildings such as commercial buildings, education …

In an experimental study set in Singapore's tropical climate, we evaluated the thermal
environmental performance, energy consumption, and thermal comfort of air and radiant …

Radiant cooling systems need optimized control strategies to provide superior comfort while
maximizing energy-savings. The field measurement method was used to study the …

Radiant heating and cooling systems have significant energy-saving potential and are
gaining popularity in commercial buildings. The main aim of the experimental study reported …

When compared to all-air systems, radiant cooling systems can improve chiller efficiency by
using a higher refrigerant evaporation temperature. However, the details on differences in …

This study presents the development of a computational model for an analysis of the
dynamic heat transfer in a room equipped with the radiant cooling floor as a full, three …

Cooling loads of radiant systems in buildings differ from conventional all-air systems, yet
current radiant system standards and guidelines still rely on the principles of all-air systems …

Interests in radiant cooling systems have increased in recent years. There is, however, no
standardized method for radiant system design that is broadly accepted by the building …

Night air temperature in Malaysia is generally about 23 C and is a potential source of heat
sink to dissipate heat gain from a building. A thermal storage tank was used to store a …

Radiant cooling and heating systems have the potential for energy savings in buildings. Yet,
depending on the world region, type of system, and conditioning mode, they have not been …