The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok)
Harjamukti Village is located in Depok City which is a buffer zone for the capital city of DKI Jakarta, the rapidly growinghousing sector shows that this location has an attractiveness. The next problem that arises is the potential for noise fromvehicular traffic due to community mobility. Noise m...
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Format: | Article |
Language: | English |
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ARTS Publishing Corp.
2023-12-01
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Series: | IJEMS (Indonesian Journal of Environmental Management and Sustainability) |
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Online Access: | https://ijoems.com/index.php/ijems/article/view/288/153 |
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author | Evelyne Hanaseta N. Laila Febrina |
author_facet | Evelyne Hanaseta N. Laila Febrina |
author_sort | Evelyne Hanaseta N. |
collection | DOAJ |
description | Harjamukti Village is located in Depok City which is a buffer zone for the capital city of DKI Jakarta, the rapidly growinghousing sector shows that this location has an attractiveness. The next problem that arises is the potential for noise fromvehicular traffic due to community mobility. Noise measurements carried out using SNI 8427: 2017 show the LSM valueon each road: Tumaritis Road (68.87 dBA), Bungur Road (61.29 dBA), Putri Tunggal Road (73.67 dBA), Putri TunggalDistrict Road (65.7 dBA) and Sementara Road (61.29 dBA). This study was conducted to see the road class based on thenoise and capacity parameters, so that from these two parameters, can we clearly show the road class being analyzed. Themeasurements were carried out for 24 hours using the standard SNI 8427: 2017. The quality standard for the residential areaused was 55 Dba based on the Minister of Environment Decree No. 48 of 1996. The road capacity used is analyzed based onthe number of vehicles and the class of each road. Based on the noise parameters (sig 0.006) and capacity (sig 0.000) sothat from the noise parameter there is no significant difference in the 5 research locations, while the road capacity shows asignificant difference from the 5 research locations. Prediction of road class cannot be determined from the noise value androad capacity, because the noise obtained needs to be analyzed for the types of activities around whether there is an influencefrom other activities that are also dominant, such as toll roads and road capacity, because there are local road classes whosecapacity is not detected different from collector road class. |
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institution | Directory Open Access Journal |
issn | 2598-6260 2598-6279 |
language | English |
last_indexed | 2024-03-08T18:55:02Z |
publishDate | 2023-12-01 |
publisher | ARTS Publishing Corp. |
record_format | Article |
series | IJEMS (Indonesian Journal of Environmental Management and Sustainability) |
spelling | doaj.art-8e3016ad28254765abe8378ef7f743fb2023-12-28T14:41:17ZengARTS Publishing Corp.IJEMS (Indonesian Journal of Environmental Management and Sustainability)2598-62602598-62792023-12-017415315910.26554/ijems.2023.7.4.153-159The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok)Evelyne Hanaseta N.0Laila Febrina1Environmental Engineering Programme, Faculty of Engineering, Universitas Sahid Jakarta, Jakarta, 031030, IndonesiaEnvironmental Engineering Programme, Faculty of Engineering, Universitas Sahid Jakarta, Jakarta, 031030, IndonesiaHarjamukti Village is located in Depok City which is a buffer zone for the capital city of DKI Jakarta, the rapidly growinghousing sector shows that this location has an attractiveness. The next problem that arises is the potential for noise fromvehicular traffic due to community mobility. Noise measurements carried out using SNI 8427: 2017 show the LSM valueon each road: Tumaritis Road (68.87 dBA), Bungur Road (61.29 dBA), Putri Tunggal Road (73.67 dBA), Putri TunggalDistrict Road (65.7 dBA) and Sementara Road (61.29 dBA). This study was conducted to see the road class based on thenoise and capacity parameters, so that from these two parameters, can we clearly show the road class being analyzed. Themeasurements were carried out for 24 hours using the standard SNI 8427: 2017. The quality standard for the residential areaused was 55 Dba based on the Minister of Environment Decree No. 48 of 1996. The road capacity used is analyzed based onthe number of vehicles and the class of each road. Based on the noise parameters (sig 0.006) and capacity (sig 0.000) sothat from the noise parameter there is no significant difference in the 5 research locations, while the road capacity shows asignificant difference from the 5 research locations. Prediction of road class cannot be determined from the noise value androad capacity, because the noise obtained needs to be analyzed for the types of activities around whether there is an influencefrom other activities that are also dominant, such as toll roads and road capacity, because there are local road classes whosecapacity is not detected different from collector road class.https://ijoems.com/index.php/ijems/article/view/288/153noise levelcapacity of roadtransportation |
spellingShingle | Evelyne Hanaseta N. Laila Febrina The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok) IJEMS (Indonesian Journal of Environmental Management and Sustainability) noise level capacity of road transportation |
title | The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok) |
title_full | The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok) |
title_fullStr | The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok) |
title_full_unstemmed | The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok) |
title_short | The Measurement of the Noise Level Based on Roads Classifications in Urban Area (Case Study: Harjamukti, Depok) |
title_sort | measurement of the noise level based on roads classifications in urban area case study harjamukti depok |
topic | noise level capacity of road transportation |
url | https://ijoems.com/index.php/ijems/article/view/288/153 |
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