SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT

Amphibious aircraft is a multi-function aircraft which can operate on land and on water. This type of aircraft helps transportation sector due to its ability reaching remote areas. Indonesia with the status of the largest archipelago in the world has difficulties in connecting remote areas. Land tra...

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Main Author: Azhar Jakaria, Hafidz
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/49787
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:49787
spelling id-itb.:497872020-09-19T23:55:56ZSIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT Azhar Jakaria, Hafidz Indonesia Final Project Keywords: take-off, simulation, twin float, Twin Otter DHC-6 Series 400 INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/49787 Amphibious aircraft is a multi-function aircraft which can operate on land and on water. This type of aircraft helps transportation sector due to its ability reaching remote areas. Indonesia with the status of the largest archipelago in the world has difficulties in connecting remote areas. Land transportation and conventional aircraft difficult to reach remote areas due to lack of facility. Hence, it requires a small aircraft capable of operating on land or water with runways under 600 m. This study conducted a simulation and analysis of take-off Twin Otter DHC-6 400 with twin float. Several programs will be used to obtain data which are SolidWorks and DatCom. The simulation is done by adjusting the weight and thrust throttle. Weight variation is done by 4 times with maximum thrust constant, and maximum thrust variation is done by 4 times with weight constant. Simulation result will be analyzed and compared with similar aircraft. According to the simulation result, water take-off distance is further 299 m compared to water take-off from data reference Twin Otter DHC-6 400. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Amphibious aircraft is a multi-function aircraft which can operate on land and on water. This type of aircraft helps transportation sector due to its ability reaching remote areas. Indonesia with the status of the largest archipelago in the world has difficulties in connecting remote areas. Land transportation and conventional aircraft difficult to reach remote areas due to lack of facility. Hence, it requires a small aircraft capable of operating on land or water with runways under 600 m. This study conducted a simulation and analysis of take-off Twin Otter DHC-6 400 with twin float. Several programs will be used to obtain data which are SolidWorks and DatCom. The simulation is done by adjusting the weight and thrust throttle. Weight variation is done by 4 times with maximum thrust constant, and maximum thrust variation is done by 4 times with weight constant. Simulation result will be analyzed and compared with similar aircraft. According to the simulation result, water take-off distance is further 299 m compared to water take-off from data reference Twin Otter DHC-6 400.
format Final Project
author Azhar Jakaria, Hafidz
spellingShingle Azhar Jakaria, Hafidz
SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT
author_facet Azhar Jakaria, Hafidz
author_sort Azhar Jakaria, Hafidz
title SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT
title_short SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT
title_full SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT
title_fullStr SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT
title_full_unstemmed SIMULASI DAN ANALISIS FASE TAKE-OFF UNTUK PESAWAT UDARA DENGAN TWIN FLOAT
title_sort simulasi dan analisis fase take-off untuk pesawat udara dengan twin float
url https://digilib.itb.ac.id/gdl/view/49787
_version_ 1822000470538846208