Difari, Muhammad Fajri (2019) Perancangan Sistem Floating Mobile Base Station Dengan Konversi Desain Tongkang 300 Ft. Other thesis, Institut Teknologi Sepuluh Nopember.
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Abstract
Sebagai negara maritim, Indonesia menyimpan potensi kekayaan sumber daya kelautan yang melimpah bahkan sebagian belum diketahui potensi yang sebenarnya. Keadaan inilah yang memberikan peluang kepada bangsa-bangsa lain untuk mengeksploitasi dan melintasi laut kita dengan leluasa, yang marak terjadi yaitu illegal fishing dan human trafficing.. Maka dari itulah pemerintah harus melindungi wilayah teritorialnya dengan meningkatkan ketahanan maritime. Pangkalan Terapung yang kami rancang merupakan hasil konversi dari kapal tongkang yang akan membantu aparat dalam mempertahankan ketahanan maritime Indonesia, dengan memiliki spesifikasi LOA 91,44m , LPP 88,67m, B 24,38m H 7m, T 3,9m dan mampu beroperasi dilautan selama 40 hari yang tentunya dilengkapi dengan kebutuhan akomodasi dalam operasi. Memiliki cadangan air tawar & bahan bakar yang cukup untuk selama beroperasi penjagaan batas laut, yang juga dilengkapi dengan fasilitas pengisian bahan bakar untuk kapal fast patrol boat yang bersandar dan juga pengisian bahan bakar avtur untuk helicopter yang landas pada floating mobile base station sebagai penunjang operasi penjagaan diperbatasan laut, dengan begitu fast patrol boat tidak perlu kembali menuju ke pelabuhan pangkalan tentu hal ini sangat bermanfaat dan efisien dalam melakukan operasi penjagaan laut. Sebagai armada militer tentu harus memiliki persenjataan pada kapal, floating mobile base station dilengkapi dengansenjata 2 cannon 40 mm pada haluan dan 2 caliber 12mm pada bagian belakang deck teratas, kehandalan floating mobile base sation direncanakan dapat berlayar dengan kecepatan maksimal 16 knot agar handal disaat kondisi terancam dan berperang. Stabilitas juga harus menjadi acuan dalam mendesain, pada tugas akhir ini dilakukan perhitungan stabilitas pada floating mobile base station =============================================================================================================================
As a maritime country, Indonesia saves the potential of abundant marine resources and even the most unknown potential is unknown. This situation provides opportunities for other nations to exploit and cross our sea freely, what happens is illegal fishing and human traffic. Therefore, the government must protect its territorial territories by increasing sea resilience. The Floating Base that we designed is the result of a conversion from a barge that will assist supervision in maintaining Indonesian maritime, by having specifications LOA 91.44m, LPP 88.67m, B 24.38m H 7m, T 3.9m and capable of being used at sea through 40 days that are equipped with comfort requirements in operation. Have sufficient fresh water & fuel reserves for the duration of operation of guarding the sea boundary, which is also equipped with refueling facilities for boats that are fast patrol boats that are leaning and also avtur refueling for takeoff helicopters on the floating mobile base station as a support for guarding operations on the sea border, thus fast patrol boat does not need to go back to the base port, of course this is very useful and efficient in conducting sea guard operations. As a military fleet, of course must have weapons on the ship, floating mobile base station is equipped with weapons 2 40 mm cannons on the bow and 2 12mm caliber on the back of the top deck, reliability floating mobile base system is planned to sail with a maximum speed of 16 knots to be reliable when conditions are threatened and fight. Stability must also be a reference in designing, in this final project a stability calculation is carried out on the floating mobile base station
| Item Type: | Thesis (Other) |
|---|---|
| Uncontrolled Keywords: | Floating base, ship design, Stability, Floating Mobile Base Station |
| Subjects: | V Naval Science > VM Naval architecture. Shipbuilding. Marine engineering |
| Divisions: | Faculty of Marine Technology (MARTECH) > Marine Engineering > 36202-(S1) Undergraduate Thesis |
| Depositing User: | Difari Muhammad Fajri |
| Date Deposited: | 03 Jul 2024 01:48 |
| Last Modified: | 03 Jul 2024 01:48 |
| URI: | http://repository.its.ac.id/id/eprint/69266 |
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