ANALISIS KARAKTERISTIK RUNWAY TERHADAP DIMENSI PESAWAT DI BANDARA HALUOLEO KENDARI
DOI:
https://doi.org/10.51988/jtsc.v5i2.184Keywords:
Airport, runway, taxiway, apron, A330Abstract
Airport is a certain area on land or water (including buildings, installations and airport operating equipment) for the movement of aircraft. The purpose of this study was to determine the characteristics of the runway to the dimensions of the aircraft at Haluoleo Kendari Airport and to determine the feasibility of the runway, taxiway, apron for the type of Airbus A330 aircraft at Haluoleo Kendari Airport. The method used in this study is to use a qualitative and quantitative research design using the FAA (Federal Aviation Administration) method with ICAO (International Civil Aviation Organization) rules. The results of the research on forecasting the growth of aircraft and passenger movements in 2026 with the number of passengers per year: 776,253,488 passengers, the number of passengers per year: 2,126 passengers, and the movement of aircraft per day during rush hour: 4 aircraft. From the calculation results, the required runway length is 3,100 m, with a runway width of 45 m. the required length of the taxiway obtained from the calculation is 279 m, the width of the taxiway is 23 m, while the area of the apron needed by the Airbus A330 is 6,671 m2. the calculation compared to the existing conditions, the length of the runway does not meet while the dimensions of the taxiway are suitable for Airbus A330 passage and for the apron owned by Haluoleo Kendari Airport it is feasible to be used as a stopping place for planned aircraft, because the dimensions of the existing apron are larger.
References
Haluoleo Kendari, Skripsi : Program Sarjana Departemen Teknik Sipil, Fakultas Teknik, Universitas Hasanuddin, Makassar.
Anisarida, A. A. dan Santoso, Wimpy, (2017), Evaluasi Kondisi Permukaan Jalan dengan Metode Road Conditional Index (RCI). 1(2): 13-21.
Bethary, R,T, Pradana, M,F dan Diah, A., (2015), Analisa Kelayakan Dimensi Runway, Taxiway, Dan Apron (Study Kasus Bandara Udara Soekrno-Hatta Dengan Pesawat Airbus A380). Prosiding seminar nasional teknik sipil 1 (SeNaTS 1).Senur-Bali.
Gunaryadi, Dan Firdiansyah, R, (2015), Keselamatan Penerbangan, Tinjauan Keselamatan Penerbangan Sipil di Indonesia, Jakarta : Mitra Wacana Media, halaman 1.
ICAO.Sixth Edition.( 2013). Aerodrome Design and Operation.Kepmenhub. No. KM48 Th 2002,Volume I.
Malik, A, Dan Melloukey, A. (2019), Analisa Runway Di Bandara Senabung Gayo Lues Aceh. JCEBT (Journal Of Civil Engineering,Buildingand ransportation). 3(1): 11- 18.
Ode, dkk, (2023), Analisis Prilaku Penyeberang Pejalan Kaki di Zebra Cross Jalan Pemuda Kecamatan Kolaka Kabupaten Kolaka (Studi Kasus Depan SMP Negeri 1 Kolaka). 4(2): 101-112.
Santo, (2020), Analisis Perkembangan Runway dan Apron Bandara Haluoleo Kendari Sulawesi Tenggara. (Forecasting, runway, taxiway, apron, dan eksisting).Kendari.
Sartono, W., Dewanti, dan Rahman, T., (2016), “Bandar Udara Pengenalan dan Perancangan Geometrik Runway, Taxiway dan Apron,” Edisi Pertama, Jogyakarta, UGM.
Setiawan, D,M, Mahmudah, N, Putra, E,L., (2019), Analisis Panjang Runway Bandara Raden Inten II untuk Pendaratan dan Take-off Pesawat Airbus A330-200 dan A330-300 (Runway Length Analysis for the Airbus A330-200 and A330-300 Take-off and Landing). Semesta Teknika. 22(1): 21-29.
Silvia, R, Suparman, L,B, Suryo, H,T,U., (2021), Analisis Pengembangan Geometrik Runway Bandar Udara Fatmawati Soekarno Kota Bengkulu, (Journal of Civil Engineering and Planning). 2(2): 120 – 129.
Yusmar, T, dan Pakan, W., (2014), Pemilihan Tipe Pesawat Udara Berdasarkan Estimasi Biaya Operasional Untuk Pesawat Udara Jarak Menengah (Aircraft Type Selection Based On Operational Cost Estimation For Medium Range Aircraft). Warta Ardhia. 4: 59-70.
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