Follow
Belal Abboushi
Belal Abboushi
Lighting Research Engineer, Pacific Northwest National Laboratory
Verified email at pnnl.gov - Homepage
Title
Cited by
Cited by
Year
Fractals in architecture: The visual interest, preference, and mood response to projected fractal light patterns in interior spaces
B Abboushi, I Elzeyadi, R Taylor, M Sereno
Journal of Environmental Psychology 61, 57-70, 2019
862019
Assessing the visual comfort, visual interest of sunlight patterns, and view quality under different window conditions in an open-plan office
B Abboushi, I Elzeyadi, K Van Den Wymelenberg, R Taylor, M Sereno, ...
LEUKOS 17 (4), 321-337, 2020
362020
Evaluation of sky spectra and sky models in daylighting simulations
M Inanici, B Abboushi, S Safranek
Lighting Research & Technology 55 (6), 502-529, 2023
172023
A review of the use of wearables in indoor environmental quality studies and an evaluation of data accessibility from a wearable device
B Abboushi, S Safranek, E Rodriguez-Feo Bermudez, S Pratoomratana, ...
Frontiers in Built Environment 8, 787289, 2022
132022
HIGH PERFORMANCE FAÇADES: Measuring the Impacts of Dynamic Shading Prototypes on Indoor Environmental Quality Using Yearly Simulations and Field Tests
I Elzeyadi, B Abboushi, Hadipour, Hadiseh, I Rivera
PLEA 2016 2, 1004-1013, 2016
112016
The Relationship between Sunlight Pattern Geometry and Visual Comfort in Daylit Offices
B Abboushi, I Elzeyadi
ARCC – EAAE 2018 INTERNATIONAL CONFERENCE IN PHILADELPHIA, 2018
102018
The Effects of Adaptive Shading and the Selective Reflector Light Shelf on Office Building Energy Efficiency and Daylight Performance in Hot Arid Regions
B Abboushi
The University of Arizona., 2013
82013
The effect of spectral resolution of light sources on photopic and α-opic quantities
B Abboushi, S Safranek, R Davis
Light-Emitting Devices, Materials, and Applications XXV 11706, 152-159, 2021
72021
Do visually interesting sunlight patterns impact occupants’ perceived glare
B Abboushi, I Elzeyadi, K Van Den Wymelenberg
IES Research Symposium, 11, 2018
72018
Determining critical points to control electric lighting to meet circadian lighting requirements and minimize energy use
B Abboushi, S Safranek
2022 Annual Modeling and Simulation Conference (ANNSIM), 559-568, 2022
62022
Dynamic Daylight: Measuring the Impacts of a High Performance Daylighting System on Occupants Health, Satisfaction, and Productivity
I Elzeyadi, S Gatland, B Abboushi
IES 2017 Annual Conference, 2017
62017
The Case for Multicriteria Annual Sunlight Exposure Guidelines
B Abboushi
ASHRAE Topical Conference Proceedings, 358-365, 2020
52020
Investigating Occupant's Visual Comfort and Visual Interest towards Sunlight Patterns in Daylit Offices
B Abboushi
University of Oregon, 2018
42018
Evaluating luminance uniformity metrics using online experiments
B Abboushi, L Irvin, E Rodriguez-Feo Bermudez, M Royer
LEUKOS 19 (3), 308-323, 2023
32023
Energy Implications of Using Upper Room Germicidal Ultraviolet Radiation and HVAC Strategies to Combat SARS-CoV-2
B Abboushi, G Arnold, J Tuenge, T Salsbury, J DeGraw, E Nardell
ACEEE Summer Study on Energy Efficiency in Buildings 3, 252-267, 2022
32022
Correspondence: A new two-step approach for evaluating discomfort from glare
KS Hickcox, S Fotios, B Abboushi, N J Miller
Lighting Research & Technology 54 (1), 91-92, 2022
32022
The Impact of Circadian Lighting Design Strategies on Lighting and Cooling Energy of an Office Space
S Safranek, B Abboushi
Pacific Northwest National Lab.(PNNL), Richland, WA (United States), 2023
22023
Energy Impacts of Human Health and Wellness Recommendations Considering Daylight and Electric Light
S Safranek, B Abboushi, RG Davis
Illuminating Engineering Society Annual Conference, New Orleans, LA, 2022
22022
What to measure and report in studies of discomfort from glare for pedestrian applications
B Abboushi, NJ Miller
Lighting Research & Technology, 14771535221087133, 2022
22022
Predicting discomfort from glare with pedestrian-scale lighting: A comparison of candidate models using four independent datasets
B Abboushi, S Fotios, NJ Miller
Lighting Research & Technology, 14771535231162505, 2023
12023
The system can't perform the operation now. Try again later.
Articles 1–20