A5092952430- Building Energy and Comfort Optimization
- Impact of Light on Environment and Health
- Urban Heat Island Mitigation
- Architecture and Computational Design
- Educational Environments and Student Outcomes
- Smart Parking Systems Research
- Structural Analysis of Composite Materials
- Thermal Radiation and Cooling Technologies
- Transition Metal Oxide Nanomaterials
- Color Science and Applications
- Diverse Academic Research Analysis
Universiti Sains Islam Malaysia
2024
International Islamic University Malaysia
2023
This study focuses on the multi-objective optimization of a switchable Suspended Particle Device (SPD) vacuum glazing system to reduce energy use while ensuring thermal and visual comfort in schools located arid desert environments. A detailed synergy analysis was performed representative floor from three school classroom typologies, comparing suspended particle device its OFF ON states against conventional double-glazing with air gaps windows. employed an advanced simulation framework...
The design of school building typologies, along with the use advanced glazing systems such as suspended particle devices (SPD), is crucial for determining visual comfort students. Recent research has focused on integrating SPD in architectural elements skylights, clerestories, and windows. In hot desert climates, minimizing window areas, employing shading mechanisms, utilizing daylighting features courtyards atriums are practical. This study explores optimization various components classroom...
Mosques, revered as sacred spaces, are distinguished by their sustainable architectural designs. A critical aspect of these designs is the implementation daylighting strategies, essential for ensuring adequate light levels, particularly reading Holy Quran. Traditional typologies in mosques, such multi-lateral lighting, clerestories, skylights, and shading devices, widely recognized. However, potential application electrochromic (EC) switchable glazing within mosque architecture remains...
The influence of school building typologies and advanced glazing systems, particularly suspended particle device (SPD) integration, is paramount in determining students' visual comfort within KSA educational infrastructures. Recent studies have been intrigued by the integration SPD architectural facets such as skylights, clerestories, windows. Given climatic conditions, it's prudent to minimize window areas, employ shading mechanisms, utilize daylighting elements like courtyards atriums....