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Journal of Daylighting
Scopus
ISSN 2383-8701 · SolarLits · 187 artikel di indeks
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Artikel Jurnal
Effects of Urban Obstructions on Spatial Daylight Autonomy (sDA) and Daylight Glare Probability (DGP) in Tropical Mid-rise Housings
The limited research on obstruction-driven daylight reduction continues to hinder efforts to optimize natural daylight in compact mid-rise residential buildings. This study systematically examines how features of nearby obstructions, such as height, surface reflectance, and distance, along with…
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Artikel Jurnal
Comparative Analysis of Daylight and Visual Quality Across School Plan Typologies: A Spatial Layout Perspective
Designing daylight-based spaces has gained increasing attention due to its numerous benefits and alignment with global sustainability standards. However, limited research has focused on how architectural layouts affect daylight distribution and visual quality, particularly in educational…
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Artikel Jurnal
Optimizing Window-to-Floor Ratio and Glazing for Daylight and Cooling in Tropical Educational Buildings: A Case Study in Chiang Mai, Thailand
In tropical climates, where cooling loads dominate building energy use, minimizing cooling demand is particularly critical for achieving carbon neutrality in educational buildings while maintaining adequate daylight and visual comfort. This study investigated the combined effects of the…
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Artikel Jurnal
Daylight Enhancement Strategies for Historic Buildings: A Critical Review of Interventions, Their Constraints, and Applicability
With the growing urgency to reduce carbon emissions in the built environment, enhancing daylight availability in historic buildings has become a critical and challenging task due to the required balance between environmental sustainability objectives and cultural heritage conservation principles…
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Artikel Jurnal
Biotic Shading for Better Light Environment
Tropical climates with partially cloudy skies are characterized by high luminance on the glass façades of high-rise buildings, which is a significant challenge as it causes glare and eyestrain among workers. As urban green spaces continue to decline and sustainable development becomes increasingly…
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Artikel Jurnal
Window Orientation, Glare, and Visual Comfort in Offices
This study explores the relationship between glare and visual comfort in office environments in relation to daylight conditions in office spaces. The research combines three approaches: field measurements of illumination, user surveys to assess visual comfort, and 3D daylight simulations using…
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Artikel Jurnal
Adopting Generative Artificial Intelligence in Daylighting Design Process
Generative Artificial Intelligence (GenAI) is increasingly adopted in architectural design and widely investigated in the research field. However, several limitations hinder its broader integration into design processes. Among these, the lack of validation beyond aesthetic assessment remains a…
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Artikel Jurnal
Achieving Zero-Energy Housing in Afghanistan: an Integrated Life-Cycle Assessment and Retrofit Model for Ghazni Province
The residential building sector in Afghanistan (AFG) is a significant contributor to energy consumption and greenhouse gas (GHG) emissions, exacerbated by non-adherence to architectural standards and a critical lack of localized energy-efficiency (EE) research. This study bridges this gap by…
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Artikel Jurnal
Evaluating Daylighting Gains from Window Geometry Reconfiguration in a Classroom under a Subtropical Climate
Daylighting is a key aspect of educational building design, supporting both visual comfort and energy efficiency. However, design practice often reduces the role of windows to aperture ratios, with limited attention to the influence of window geometry on daylight performance. This study…
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Artikel Jurnal
Sequential Multi-Objective Optimization and Post-optimization Sensitivity Analysis of Light Shelf Variables in Semi-Arid Climates
Global climate action necessitates the optimization of building envelopes during early design to enhance energy efficiency and occupant comfort. Exterior light shelves are a critical passive strategy for improving thermal and visual comfort while simultaneously reducing energy consumption. This…
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Artikel Jurnal
Architectural Factors Affecting Illumination in Swedish Dairy Barns: Insights from Photometric Measurements and Simulations
Illumination of dairy barns impacts animal health, milk production, and building energy efficiency. The aim of this study was to assess the existing daylighting and electric lighting conditions of dairy barns located in Southern Sweden. The study specifically examined how different architectural…
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Artikel Jurnal
Impact of Building Height and Window Configurations on Ventilation Performance and Temperature Distribution: A CFD Study of an Institutional Kitchen Environment
Institutional kitchens often experience inadequate thermal comfort and indoor air quality (IAQ) due to intense heat generation and pollutant emissions from cooking activities, increasing workers’ exposure to heat stress and related health risks. Providing adequate ventilation is essential to ensure…
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Artikel Jurnal
Optimising Daylight Performance in Healthcare Buildings with a Computational Framework Under the Impact of the Climate Crisis
Daylight has a direct impact on patient comfort and building energy consumption in healthcare facilities. It is essential to design healthcare facilities using strategies that prioritise individual health and account for time constraints, in line with the European Union Sustainable Development…
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Artikel Jurnal
Closed-Form Analytical Formulation of Lighting Design Objectives Procedure in Rooms With an Isotropic Light Source
Mean room surface exitance (MRSE), which indicates the amount of ambient illuminance in a room, is an important parameter in contemporary lighting design objectives (LiDOs) procedures. However, the fundamental MRSE model does not provide explicit relations with the light source characteristics. For…
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Artikel Jurnal
Improvement of Indoor Daylight Collecting System with Dual-Angled Circular Ceiling System: Di-ARCieling
This study investigates the use of daylight as a primary source of illumination, given its contribution to reduced energy consumption and enhanced visual comfort in indoor environments. Daylight is an essential requirement in indoor environments that are used intensively throughout the day. Thus…
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Artikel Jurnal
Effects of Window Design on Natural Ventilation and Daylighting in Single-Sided Computer Labs in Hot-Arid Climates
Single-sided computer labs face challenges in achieving adequate natural ventilation and balanced daylighting, particularly in hot-arid climates. This study examines the effects of window-to-wall ratio (WWR) and window placement on ventilation and daylighting performance using an integrated…
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Artikel Jurnal
Horizontal Light Pipe System for Daylight Optimization in Deep-Plan Library Spaces in a Tropical Climate
Deep-plan spaces, such as a library reading area, typically suffer from poor daylight penetration to the core, which reduces visual comfort and increases dependence on artificial lighting. Horizontal Light Pipes (HLPs) are passive daylighting systems that capture daylight through an inlet…
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Artikel Jurnal
Assessing the Accuracy of Multispectral Simulation Tools for Predicting Non-Visual Lighting Metrics in Sports Hall Building
Sports hall buildings are widely utilized as fitness facilities where the occupants can engage in physical activities to promote their health and well-being. Lighting system within the sports hall buildings must therefore meet several requirements, including those for the emerging non-visual…
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Artikel Jurnal
Smart Sustainable Skin Using Mashrabiya Facades and Hydroponic Green Walls for Hot-Arid Campuses: Enhancing Comfort, Efficiency, and Carbon Outcomes
This study investigates a Smart Sustainable Skin (SSS) combining Mashrabiya-inspired glass reinforced concrete (GRC) lattice panels with hydroponic green walls, applied to a university campus in Oman's hot–arid climate (Köppen BWh). While parametric facades and biophilic systems have been studied…
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Artikel Jurnal
Self-Cleaning Effect in Coating Mortar Promoted by the Addition of Zinc Oxide
The deterioration of building facades caused by both chemical agents and atmospheric pollutants has intensified considerably in recent years, leading not only to staining but also compromising the durability and aesthetics of coating mortars. The incorporation of photocatalysts into cementitious…