Thermal Comfort At The Street Corridor Around Public Places, Case Study Alun-Alun Malang City

Erna, Winansih; Antariksa, Antariksa; Surjono,; Leksono, Amin Setyo

doi:10.18860/jia.v3i4.3102

Cited by 5 publications

(4 citation statements)

References 8 publications

(6 reference statements)

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“…The conclusion of the overall simulation result on this research is that vegetation has an important role that can improve the thermal comfort of the region. The statement that vegetation is an important factor in improving thermal comfort has also been described in some previous studies (Karyono, 2013;Anupriya, 2016;Winansih, 2015;Koerniawan, 2017;Lee, 2018;Adedeji, 2011). Adding vegetation especially trees in Cik Ditiro Corridor besides can improve thermal comfort also serves as restoring the identity of Garden City in Cik Ditiro corridor.…”

Section: Resultssupporting

confidence: 56%

“…In addition, some researches mention that vegetation has an important role in modifying the micro-climate in the urban area such as to hold solar heat radiation so as to reduce air temperature rise and to fix thermal comfort, creating clean air, reduce noise and air pollution in the urban area (Karyono, 2013;Anupriya, 2016;Winansih, 2015;Koerniawan, 2017;Lee, 2018;Adedeji, 2011).…”

Section: Thermal Control For Areamentioning

confidence: 99%

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Thermal Comfort Simulation on Cik Ditiro Corridor

Prayoga

Kusumawanto

2019

dimensi

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Surface materials that turn into hard surface material and lack of vegetations are some of the effects of rapid development that can affect the micro climate in urban areas. This happened on Cik Ditiro corridor in the city of Yogyakarta which had quite dense activities, this was marked by various functions of land use and human activities throughout the day. The method is simulation method that uses the EnviMET 4.0 software and the empirical measurements. This method is to simulate the value of each climate variable in existing conditions and ideal conditions. The results of this research show that the condition of the Cik Ditiro corridor still belongs to the heat which is uncomfortable thermal conditions. Recommendations result of this research is to make better thermal comfort on corridor. The result of this research to give recommendations in terms of improving better for thermal comfort.

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Section: Resultssupporting

confidence: 56%

Section: Thermal Control For Areamentioning

confidence: 99%

Thermal Comfort Simulation on Cik Ditiro Corridor

Prayoga

Kusumawanto

2019

dimensi

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“…In the practical field, it is difficult to be accepted by any company that is in Indonesia to be applied in the exercise of its activity. Several studies conducted in Indonesia also obtained the same results as studies conducted by M. A. Nuruzzaman, et al regarding the influence of the different level of air humidity on low temperature indoors against thermal comfort [5], Erna Winansih, et al regarding thermal comfort at the street corridor around public places [6], SarindaArlik, et al on the analysis of the change of thermal comfort against the room temperature [7].…”

Section: Based Onmentioning

confidence: 61%

Standard Regulation of Occupational Health Requirements of Heat Environments at SMEs

Huda¹

2018

Proceedings of the International Conference on Public Policy, Social Computing and Development 2017 (ICOPOSDev 2017)

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Health work environment is one of the determining factors in the improvement of the quality and productivity of work in an enterprise. Health observation work on most small to medium enterprises (SMEs) are often overlooked. But on the other hand is around 80% of Indonesia's economy is sustained by SMES. In this study, the observation is done at one of the SME food processed ubi. The problem was found on the floor of the production was the workers suffered exposure to heat from the working space temperature of 27oC until 29oC with doing the job that categorized the weight along the 8-hours of work. The temperature has exceeded the threshold Value (NAB) set by the Indonesia national standard (SNI) 16-7063-2004 and Regulation of the Minister of Health No. 70 Year 2016. This heat exposure affects the performance of the work and the long-term effects of stimulate i.e. the occurrence of enlarged blood vessels may result in fatal condition/stroke. The purpose of this research is to create a work environment that is healthy and comfortable through the thermal condition improvement in production floor. Thermal analysis is done by calculating the heat stress index (HSI), the value of the Wet Bulb Globe Temperature (WBGT), and the old maximum heat exposure recommendations allowed (duration limited exposure). The results showed the average value of HSI 95.13% indicating that exposure is on the level of heat pressure is very heavy. Standard assessment above uses standard NIOSHbased climate data America. These findings indicate that the indicators used in the SNI 16-7063-2004 and Regulation of the Minister of Health No. 70 Year 2016 is a necessary adjustment to applied work set up the climate in Indonesia.

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“…Kanopi pepohonan dapat membuat bayangan di bawahnya yang mampu mengurangi terik dari sinar matahari. Sebaliknya, koridor jalan berupa perkerasan yang terkena radiasi matahari secara langsung tanpa adanya naungan akan mempengaruhi kenaikan suhu udara menjadi lebih panas (Rada et al, 2019;Winansih et al, 2016).…”

Section: Suhu Udaraunclassified

Evaluasi Kenyamanan Termal dan Estetika Berbasis Analisis Tapak dan Persepsi User Taman Kota Depok

Nadhifa,

Budiarti,

Manningtyas

2024

Jurnal Lanskap Indonesia

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The condition of Parks in Depok City has become unmaintained since the covid-19 pandemic due to restrictions on the number of visitors. On the other hand, a comfortable park can improve health. This study identifies existing conditions and analyzes thermal comfort and aesthetics in Taman Lembah Gurame, Taman Lembah Mawar, and Taman Merdeka based on site analysis and users’ perceptions. Evaluation of thermal comfort using Thermal Humidity Index (THI) analysis, while evaluation of landscape aesthetic using the Scenic Beauty Estimation (SBE) method. The perception and preference of respondents using descriptive statistical analysis methods. The THI analysis result showed that the thermal comfort of three city parks was classified as uncomfortable to very uncomfortable. However, the aesthetic assessment in Taman Lembah Gurame and Taman Lembah Mawar was highly aesthetic, while Taman Merdeka was lowly aesthetic. It could be caused by planting design, layout, and activities on-site, which makes users more tolerant of the thermal comfort of parks. Improving facilities and adding flowering plants and shady trees are needed to make city parks more comfortable, beautiful, also adaptive in the new normal era.

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Thermal Comfort At The Street Corridor Around Public Places, Case Study Alun-Alun Malang City

Cited by 5 publications

References 8 publications

Thermal Comfort Simulation on Cik Ditiro Corridor

Thermal Comfort Simulation on Cik Ditiro Corridor

Standard Regulation of Occupational Health Requirements of Heat Environments at SMEs

Evaluasi Kenyamanan Termal dan Estetika Berbasis Analisis Tapak dan Persepsi User Taman Kota Depok

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