Typology of building shading elements on Jalan Sudirman corridor in Pekanbaru

Faisal, Gun; Aldy, Pedia

doi:10.1088/1757-899x/128/1/012029

Cited by 10 publications

(11 citation statements)

References 3 publications

(2 reference statements)

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“…This study is limited to fixed solar shading device. There are basic three types of shading devices the horizontal shading device, vertical shading device and egg crate shading devices [15]. "The decision for the type of shading device depends on the amount of solar penetration required for the place and month.…”

Section: Role Of Shading Devicesmentioning

confidence: 99%

Relationship of shading devices and its effects on daylight in Commercial buildings in Pune

Joshi

Patki

2022

IOP Conf. Ser.: Earth Environ. Sci.

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Day lighting is a critical part of visual environment in workspaces. It creates a sense of well-being and contributes to the efficiency of the occupants. Research has established that solar radiation admitted through the windows have serious effects on visual comfort of the occupants in the indoor spaces. Use of solar shading devices can address glare problems. This signifies the need for design of optimal shading devices that increase daylight levels with desirable control on excessive sunlight with an aim to reduce glare and discomfort for the occupants. In this research various configurations of conventional shading devices used for commercial buildings located in Pune, India was examined. A typical commercial building is modelled using the simulation program Integrated Environmental Solutions (IES) where existing as well as different identified configuration of shading devices was analysed for daylight performance and visual comfort with respect to amount and uniformity of illumination with Radiance rendering tool. The analysis indicated that use of appropriate shading device result in improved visual comfort for occupants. The performance of different shading device presented aimed to help architects to select suitable shading device in order to contribute to sustainability aspects of office buildings in warm and humid climatic regions.

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Section: Role Of Shading Devicesmentioning

confidence: 99%

Relationship of shading devices and its effects on daylight in Commercial buildings in Pune

Joshi

Patki

2022

IOP Conf. Ser.: Earth Environ. Sci.

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“…Solar-shading systems mainly compose of the technology placed on building spaces either to the interior or exterior to bring a shadowing and cooling effect to the interior of the buildings (Faisal and Aldy, 2016). The primary reason for using solarshading systems is to enhance a thermally comfortable environment to the interior building spaces.…”

Section: Solar-shading Systems Descriptionmentioning

confidence: 99%

“…Alternatively, appropriate glare remediation Solar-shading systems such as blinds or shades must be made available and chosen to prevent direct sun penetration on work surfaces or in the eyes of the occupants (Corona and Lemos, 1987). Faisal and Aldy (2016) in the article on the "Typology of building shading elements on Jalan Sudirman corridor" in Pekanbaru; Suggested that sunlight assists us with illumination indoors without the use of other lighting sources. Furthermore; Kuhn et al (2001) supported the fact that a good Solar-Shading System allows enough natural light during the day so as to enable visibility.…”

Section: Daylightingmentioning

confidence: 99%

Solar-shading systems designed to increase user satisfaction in public buildings, a case study of Britam Towers in Nairobi, Kenya

Njunge¹,

Erçin²

2021

Int. j. adv. appl. sci.

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Solar-shading systems play various roles to the users of public buildings and may vary from user to user but some of the common user’s needs for these systems include; thermal comfort, energy-saving, daylight, and glare reduction. Understanding these needs can help Designers and Architects select from a wide array of Solar-Shading types and see which of them serves the needs of the users better. The Types of Solar-Shading Systems include either internal systems which are placed inside the building or can include external systems which are placed to the outside of buildings. To clearly understand the role Solar Shading Systems, play to satisfy Users’ needs, a case study of a Public Building in Nairobi, Kenya; Britam Towers, was selected. The case study found out that architects, designers, and developers play a preeminent role in coming up with projects that can better serve the User’s needs by creating designs that better suit the needs of the users have for using such Solar-Shading Systems. These designs may vary from building to building, region to region but the main withstanding factor to be noted is the functionality issue, as the Solar-Shading Systems should be able to meet the needs of users effectively and in turn, increase the user’s satisfaction.

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“…The skylight brings more vitality to the fifth façade of the building, and the interior light environment becomes richer as a result (Wang, 2014). (Faisal & Aldy, 2016). The different forms of shading have different shading effects, but also have their own conditions of use and orientation.…”

Section: Roof Opening Optimisation Casesmentioning

confidence: 99%

“…The relationship between shading and natural lighting must be fully and reasonably used, to create a comfortable indoor light environment (Faisal & Aldy, 2016). ATRIUM LIGHTING…”

Section: S H O N a N C H R I S T C H U R C Hmentioning

confidence: 99%

Natural Light as Stress Management: Exploring how to design physical environments to reduce stress in dental clinic

Li¹

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Despite modern advances in painless dentistry, patient anxiety, stress, or fear continues to be a persistent problem in today’s dental setting. Equal consideration should also be given to dentists’ psychological experiences in this high-stress environment. Stress in the dentist clinic may ultimately result in a bad experience for the dentist and the patient. Supportive design theory (SDT) developed by Ulrich (1991) emphasised the importance of the physical environment. SDT indicated that healthcare environments promote well-being if they are designed to foster a sense of control for patients and provide access to positive distractions and access to social support. Among these, the role of natural light in the first two factors is noteworthy. Nevertheless, natural light design in a dental clinic may not be just about reaching a specific light intensity. In the case of dental clinic environments, the design of natural light should be different for clinical and non-clinical spaces, as the psychological and physical needs of occupants are different. It is also worth exploring how natural light can be designed to allow for a good transition and flow of visitors and staff through the various spaces in the dental clinic (both in terms of psychological perception and behavioural action). Besides, the physical elements of the space can also be designed to create a complementary relationship with natural light. Integrating the multidisciplinary knowledge of natural light into the design of the physical environment is a challenge that requires extensive research analysis and integration. Thus, this project attempts to address this problem by provoking a psychological response using natural light as a means and explores how the natural light design changing environments can influence how an individual experiences stress. The research will summarise the natural light effect on occupants in healthcare facilities by combing and integrating the findings in multiple disciplines, then using modelling and simulation methods to analyse the important components of natural light environment design. Then expanding the supportive design theory by connecting natural light environment design and dental clinic design in a research-led design perspective. The outcome of this research will be expected to be the design of a new dental clinic in which several typical spaces will be used to explore architectural design approaches to natural light for different psycho-physiological needs.

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Typology of building shading elements on Jalan Sudirman corridor in Pekanbaru

Cited by 10 publications

References 3 publications

Relationship of shading devices and its effects on daylight in Commercial buildings in Pune

Relationship of shading devices and its effects on daylight in Commercial buildings in Pune

Solar-shading systems designed to increase user satisfaction in public buildings, a case study of Britam Towers in Nairobi, Kenya

Natural Light as Stress Management: Exploring how to design physical environments to reduce stress in dental clinic

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