Operational Speed Analysis of LRT Trains on Curved Track Sections in the Kuningan Line (Long Spans)

Mass transit systems such as Light Rail Transit (LRT) offer an efficient and environmentally friendly solution to urban mobility challenges. The performance of LRT systems is highly influenced by track geometric design, particularly in segments involving curve radii and long-span structures. The analysis is based on technical parameters such as centrifugal force, track elevation (superelevation), and railway geometric standards as stipulated by national regulations. The findings indicate a reduction in operational speed on certain curved sections where the radius does not align with ideal design speeds, primarily due to geometric constraints and safety considerations.

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Publication Details

Journal
International Journal Multidisciplinary Science
Published
2025-06-15
DOI
https://doi.org/10.56127/ijml.v4i2.2292
Primary Topic
Urban Transport Systems Analysis
Type
article
Field-Weighted Citation Impact
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article

Operational Speed Analysis of LRT Trains on Curved Track Sections in the Kuningan Line (Long Spans)

Norfi Janoko Sakti, Alizar Alizar
International Journal Multidisciplinary Science
Urban Transport Systems Analysis
article

Operational Speed Analysis of LRT Trains on Curved Track Sections in the Kuningan Line (Long Spans)

Norfi Janoko Sakti, Alizar Alizar
article en

Abstract

Mass transit systems such as Light Rail Transit (LRT) offer an efficient and environmentally friendly solution to urban mobility challenges. The performance of LRT systems is highly influenced by track geometric design, particularly in segments involving curve radii and long-span structures. The analysis is based on technical parameters such as centrifugal force, track elevation (superelevation), and railway geometric standards as stipulated by national regulations. The findings indicate a reduction in operational speed on certain curved sections where the radius does not align with ideal design speeds, primarily due to geometric constraints and safety considerations.

International Journal Multidisciplinary ScienceVol. 4(2)
Openalex Percentile: Top 73%
Urban Transport Systems Analysis
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