A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Practical cooling capacity estimation model for a suspended metal ceiling radiant cooling panel
AbstractThe main thrust of this research was to develop a simplified cooling capacity estimation model for a suspended (free-hanging type) metal ceiling radiant cooling panel. By statistically analyzing panel performance data generated by a validated analytical panel model, the impact of various design parameters and their combinations on the panel cooling capacity was estimated. And then a linear regression equation was derived as a function of major design parameters and interactions which have significant effects on the panel capacity. In this analysis, eight single parameters and 13 two-factor interactions showed significant impact on the panel cooling capacity. Consequently, a simplified regression model for a free hanging panel was derived as a function of those selected parameters. The proposed model could estimate the panel cooling capacity not only for the natural convection but also for the mixed convection condition present in a mechanically ventilated space.
Practical cooling capacity estimation model for a suspended metal ceiling radiant cooling panel
AbstractThe main thrust of this research was to develop a simplified cooling capacity estimation model for a suspended (free-hanging type) metal ceiling radiant cooling panel. By statistically analyzing panel performance data generated by a validated analytical panel model, the impact of various design parameters and their combinations on the panel cooling capacity was estimated. And then a linear regression equation was derived as a function of major design parameters and interactions which have significant effects on the panel capacity. In this analysis, eight single parameters and 13 two-factor interactions showed significant impact on the panel cooling capacity. Consequently, a simplified regression model for a free hanging panel was derived as a function of those selected parameters. The proposed model could estimate the panel cooling capacity not only for the natural convection but also for the mixed convection condition present in a mechanically ventilated space.
Practical cooling capacity estimation model for a suspended metal ceiling radiant cooling panel
Jeong, Jae-Weon (author) / Mumma, Stanley A. (author)
Building and Environment ; 42 ; 3176-3185
2006-08-21
10 pages
Article (Journal)
Electronic Resource
English
Practical cooling capacity estimation model for a suspended metal ceiling radiant cooling panel
| Online Contents | 2007
Practical cooling capacity estimation model for a suspended metal ceiling radiant cooling panel
| British Library Online Contents | 2007
Impact of Mixed Convection on Ceiling Radiant Cooling Panel Capacity
| Taylor & Francis Verlag | 2003