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Soha Matour
Soha Matour
PhD candidate, QUT, Australia
Verified email at qut.edu.au
Title
Cited by
Cited by
Year
Impact of climate change on energy saving potentials of natural ventilation and ceiling fans in mixed-mode buildings
K Bamdad, S Matour, N Izadyar, S Omrani
Building and Environment 209, 108662, 2022
552022
Horizontal distribution of illuminance with reference to window wall ratio (wwr) in office buildings in hot and dry climate, case of iran, tehran
MJ Mahdavinejad, S Matoor, N Feyzmand, A Doroodgar
Applied Mechanics and Materials 110, 72-76, 2012
412012
Ceiling fans as ventilation assisting devices in buildings: A critical review
S Omrani, S Matour, K Bamdad, N Izadyar
Building and Environment 201, 108010, 2021
312021
Introducing extended natural ventilation index for buildings under the present and future changing climates
K Bamdad, S Matour, N Izadyar, T Law
Building and Environment 226, 109688, 2022
212022
Estimation of daylight availability and illuminance on vertical south facing surfaces in Tehran
MJ Mahdavinejad, S Matoor, R Fayaz, M Bemanian
Advanced Materials Research 518, 1525-1529, 2012
212012
The quality of light-openings in Iranian domes (With the structural approach)
M Mahdavinejad, S Matoor
Naqshejahan-Basic studies and New Technologies of Architecture and Planning …, 2012
192012
Wind-driven ventilation of Double Skin Façades with vertical openings: Effects of opening configurations
S Matour, V Garcia-Hansen, S Omrani, S Hassanli, R Drogemuller
Building and Environment 196, 107804, 2021
172021
Thermal performance and airflow analysis of a new type of Double Skin Façade for warm climates: An experimental study
S Matour, V Garcia-Hansen, S Omrani, S Hassanli, R Drogemuller
Journal of Building Engineering 62, 105323, 2022
102022
Adaptation of Double Skin Facade for warm climate from a wind harvesting perspective in tall buildings
S Matour, V Hansen, R Hansen, R Drogemuller, S Omran
Proceedings of the 53rd International Conference of the Architectural …, 2019
102019
Estimation performance of horizontal light pipes in deep-plan buildings, case study: Tehran office buildings
M MAHDAVINEJAD, MR BEMANIAN, S MATOOR
Honarhaye Ziba-Honarhaye Memari va SHahrsazi 17 (4), 41-48, 2013
102013
Recognition of light-openings in Iranian mosques’ domes with reference to climatic properties
M Mahdavinejad, S Matoor, A Doroodgar
International Journal of Architectural Engineering & Urban Planning 21 (2 …, 2011
82011
Vertical illuminance measurement for clear skies in Tehran
M Mahdavinejad, S Matoor, R Fayaz
ARMANSHAHR 4 (8), 11-19, 2012
62012
Natural ventilation of double skin facade: Evaluation of wind-induced airflow in tall buildings
S Matour, V Garcia Hansen, R Drogemuller, S Omrani, S Hassanali
PLEA 2020-Planning Post Carbon Cities: Proceedings of the 35th International …, 2020
52020
Design and geometrical optimization of the veranda roof pattern with the target of visual comfort in Shāremān as one of the Solar Decathlon China 2013 houses
E Rezaian, K Amini, S Matoor, SA Milani, R Fayaz
Building Simulation 8, 323-336, 2015
52015
Balcony design and surrounding constructions effects on natural ventilation performance and thermal comfort using CFD simulation: a case study
N Izadyar, W Miller, B Rismanchi, V Garcia-Hansen, S Matour
Journal of Building Performance Simulation 16 (5), 537-556, 2023
32023
Double skin façade's energy performance in a mixed-mode office building
S Matour, K Bamdad, N Izadyar, V Hansen
Proceedings of the 2022 Australasian Building Simulation Conference …, 2022
12022
Horizontal and vertical illuminance correlations in a case study for shaded south facing surfaces
S Matour, M Mahdavinejad, R Fayaz
International Journal of Energy and Environmental Engineering 11 (12), 1046-1051, 2017
12017
A new design for double skin facade in warm climates: Improving thermal performance and natural ventilation of the system
S Matour
Queensland University of Technology, 2022
2022
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Articles 1–18