Perencanaan Geometri Jalur Kereta Api Kecepatan Tinggi Lintas Bandung Cirebon Fase II (Cimalaka-Ligung) KM 33+850 – KM 67+000

This research delves into the meticulous geometry planning of the High-Speed Railway Track for the Bandung-Cirebon Phase III (Ligung-Tengahtani), spanning KM 67+000 to KM 100+685.72. In pursuit of engineering excellence, the study leverages cutting-edge Autocad Civil 3D, Global Mapper and ArcGIS Student technology and exhaustive field surveys to craft a track alignment that redefines speed and safety standards. The design intricately weaves together horizontal and vertical curves, superelevation, and gradient, ensuring the railway not only conquers the challenging terrain but also elevates the operational efficiency to unprecedented levels. This work sets a new benchmark in high-speed rail infrastructure, delivering a masterfully engineered blueprint that promises to revolutionize connectivity and economic growth in Indonesia.

Authors

Publication Details

Journal
Civil Engineering Collaboration
Published
2024-10-31
DOI
https://doi.org/10.35134/jcivil.v9i2.75
Primary Topic
Urban Transport Systems Analysis
Type
article
Field-Weighted Citation Impact
0.00
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article

Perencanaan Geometri Jalur Kereta Api Kecepatan Tinggi Lintas Bandung Cirebon Fase II (Cimalaka-Ligung) KM 33+850 – KM 67+000

Adya Aghasta, Aldi Wardana Yudha
Civil Engineering Collaboration
Urban Transport Systems Analysis
article

Perencanaan Geometri Jalur Kereta Api Kecepatan Tinggi Lintas Bandung Cirebon Fase II (Cimalaka-Ligung) KM 33+850 – KM 67+000

Adya Aghasta, Aldi Wardana Yudha
article en

Abstract

This research delves into the meticulous geometry planning of the High-Speed Railway Track for the Bandung-Cirebon Phase III (Ligung-Tengahtani), spanning KM 67+000 to KM 100+685.72. In pursuit of engineering excellence, the study leverages cutting-edge Autocad Civil 3D, Global Mapper and ArcGIS Student technology and exhaustive field surveys to craft a track alignment that redefines speed and safety standards. The design intricately weaves together horizontal and vertical curves, superelevation, and gradient, ensuring the railway not only conquers the challenging terrain but also elevates the operational efficiency to unprecedented levels. This work sets a new benchmark in high-speed rail infrastructure, delivering a masterfully engineered blueprint that promises to revolutionize connectivity and economic growth in Indonesia.

Civil Engineering Collaboration
Openalex Percentile: Top 70%
Urban Transport Systems Analysis
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