| 167 - 177 |
Implications of indoor climate control for comfort, energy and environment
Mahdavi A, Kumar S |
| 179 - 182 |
Expectations of indoor climate control
Fountain M, Brager G, deDear R |
| 183 - 194 |
A quasi-steady-state model of attic heat transfer with radiant barriers
Winiarski DW, ONeal DL |
| 195 - 201 |
Effect of reduced evaporator airflow on the high temperature performance of air conditioners
Rodriguez AG, ONeal D, Davis M, Kondepudi S |
| 203 - 212 |
Regional and national estimates of the potential energy use, energy cost and CO2 emissions associated with radon mitigation by sub-slab depressurization
Riley WJ, Fisk WJ, Gadgil AJ |
| 213 - 221 |
Accounting free gains in a non-residential building by means of an optimal stochastic controller
Oestreicher Y, Bauer M, Scartezzini JL |
| 223 - 230 |
Theoretical and experimental analysis of daylight performance for various shading systems
Tsangrassoulis A, Santamouris M, Asimakopoulos D |
| 231 - 235 |
Heating-energy consumption in different plant operating conditions
Cardinale N, Stefanizzi P |
| 237 - 243 |
Symptoms experienced, environmental factors and energy consumption in office buildings
Lagoudi A, Loizidou M, Santamouris M, Asimakopoulos D |
