F Yerlikaya-Özkurt, MF Özbey, C Turhan
New Ideas in Psychology 76, 101124 |
Modeling the mood state on thermal sensation with a data mining algorithm and testing the accuracy of mood state correction factor. |
MF Özbey, C Turhan
Journal of Building Engineering 76, 107415 |
A novel comfort temperature determination model based on psychology of the participants for educational buildings in a temperate climate zone |
C Turhan, MF Özbey, B Lotfi, GG Akkurt
Energy and Buildings 296, 113404 |
Integration of psychological parameters into a thermal sensation prediction model for intelligent control of the HVAC systems |
C Turhan, MF Özbey, AE Çeter, GG Akkurt
Buildings 13 (7), 1662 |
A novel data-driven model for the effect of mood state on thermal sensation |
AE Çeter, MF Özbey, C Turhan
International Journal of Thermal Sciences 185, 108089 |
Gender inequity in thermal sensation based on emotional intensity for participants in a warm mediterranean climate zone |
MF Özbey, AE Çeter, Ş Örfioğlu, N Alkan, C Turhan
Indoor Air 32 (8), e13073 |
Sensitivity analysis of the effect of current mood states on the thermal sensation in educational buildings |
MF Özbey, C Turhan
Thermal Science and Engineering Progress 31, 101295 |
A comprehensive comparison and accuracy of different methods to obtain mean radiant temperature in indoor environment |
MF Özbey, C Turhan
Indoor and Built Environment 31 (4), 1004-1017 |
The importance of the calculation of angle factors to determine the mean radiant temperature in temperate climate zone: A university office building case |
