Experimental investigation of integrated radiant ceiling panel and diffuse ceiling ventilation under cooling conditions

An experimental and theoretical study of a hydronic radiant ceiling panel heating system

The objective of this study is to improve the design of hydronic radiant panel systems through the understanding of the thermal performance of panel systems. The scope of this study includes performing experiments using testing facilities and the radiant panel ceiling in the Energy Research House, and developing a theoretical model that can predict heat transfer from a radiant ceiling panel. In...

Thermal Modeling of the Cooling Ceiling Systems as Commissioning Tool

This paper presents the results of a study performed to develop a computational model of cooling ceiling systems. This one has to be used in situ, as diagnosis tool in commissioning process in order to determine the main operating conditions of the system in cooling mode. The model considers the cooling ceiling as a fin. Only the dry regime is considered. From ceiling and room dimensions, mater...

An impressive ceiling.

Design of a Radiant Panel Cooling System for Summer Air Conditioning System

The main objective of this investigation was to design and investigate a radiant panel cooling system on small scale building type (office) under the central Sudan climatic conditions so as to explore the benefits of radiant cooling systems over conventional air conditioning systems (Variable air volume systems). Transient heat conduction of building (finite difference method) was used to evalu...

Fever's glass ceiling.

The importance of an upper limit of the febrile response has been recognized since the time of Hippocrates. Although the precise temperature defining this limit varies according to the site at which body temperature is measured, human core temperature is almost never permitted to rise above 41 degrees C-42 degrees C during fever. There are compelling physiological reasons for such an upper limi...