Master of Architecture (MArch)
Alfredo Fernandez-Gonzalez, Committee Chair
First Committee Member
Second Committee Member
Graduate Faculty Representative
Number of Pages
This thesis introduces an empirically developed formula to predict the comfort conditions and thermal performance of a Skytherm(TM) Southwest Roofpond placed over a light-weight un-insulated structure built at the School of Architecture at the University of Nevada, Las Vegas.
The predictive formula introduced in this study may be used in different parts of the world (particularly developing nations where insulation and air-conditioning are rarely used) to predict the performance of a Skytherm(TM) Southwest Roofpond using minimal climate data.
The data collected in the experimental setup at the Natural Energies Advanced Technologies Laboratory included outside and inside temperatures of various surfaces of two different test cells built on the site (i.e. a Skytherm(TM) Southwest Roofpond test cell and a control room). For the purposes of this thesis, only outdoor climatic data and indoor air and ceiling temperatures were used to analyze the performance of the system. The period covered by this study was October of 2004 through September of 2006 and March of 2009 through October of 2009.
The predictive formula developed in this study may be used along with similarly developed formulas to identify and suggest the most appropriate locations for the installation of the roofpond system.
Energy conservation; Evaporative cooling; Indoor climate control; Passive cooling; Passive heating; Passive strategies; Skytherm Southwest Roofponds; Sustainable architecture; Thermal storage roofs
Architecture | Energy Systems | Environmental Design | Natural Resources and Conservation | Sustainability
Kako, Ibrahim Kivarkis, "Empirically derived formulas to predict indoor maximum, average, and minimum temperatures in roofpond buildings using minimum climatic information" (2009). UNLV Theses, Dissertations, Professional Papers, and Capstones. 172.