Difference between revisions of "Tugas Merancang Kelompok 32 2019"

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1. Thareq Wibisono
 
1. Thareq Wibisono
  
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[[File:Thareq.jpg]]
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[[File:Thareq.jpg|frameless|caption]]
  
 
2. Andrew Defanto
 
2. Andrew Defanto
  
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[[File:Andrew.jpg]]
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[[File:Andrew.jpg|frameless|caption]]
  
 
3. M. Faiz Naufal
 
3. M. Faiz Naufal
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[[File:Aqiel.jpg]]
 
[[File:Aqiel.jpg]]
  
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'''Laporan Pertemuan Pertama dan Pembagian Tugas, 27 September 2019'''
 
  
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Dalam pertemuan pertama bersama pak Dai kami diberi gambaran sekilas akan projek yang akan kami kerjakan bersama dengan 2 kelompok tugas merancang lainnya. Proyek yang akan kami kerjakan adalah seputar turbin impulse dan reaksi yang lebih spesifik membahas turbin Archimedes.
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Pak Dai juga memberi kami tugas yaitu mencari tahu apa itu turbin impulse dan reaksi beserta turbin Archimedes itu sendiri. Selain itu kami juga diberikan 3 artikel mengenai projek terkait yaitu "Conical Roll-Twist-Bending Process for Fabrication of
 
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Metallic Archimedes Spiral Blade Used in Small Wind power generator" , "Design and Analysis of Archimedes Aero-Foil Wind Turbine Blade for Light and Moderate Wind Speeds", dan "The Aerodynamic Method of Archimedes Wind Turbine". Artikel tersebut nanti akan akan dibuat resumenya dan dimuat di wiki. Setelah membuat model kertas dan membaca ketiga artikel, kami juga disuruh untuk membuat s-curve untuk mencatat progress dari proyek terkait.
 
  
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Pembagian tugas membaca artikel:
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== Introduction to '''“Micro Archimedes Hydropowered Turbine With Conical-Airfoiled Blades”'''==
  
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1. The Aerodynamic Method of Archimedes Wind Turbine = Thareq Wibisono
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Electricity are currently problem for most of secluded place in Indonesia. Based on the article of CNN Indonesia [http://https://www.cnnindonesia.com/ekonomi/20181024135829-85-341056/sebanyak-52-juta-penduduk-indonesia-belum-dapat-listrik] there are currently 5.2 million of Indonesian citizen who does not have any access to Electricity. This issues happened because of they are on secluded are. Furthermore, another issues are the price of electricity. In addition, the high price of electricity caused some of the citizen could not afford it. By the issues which are stated, our research team are withstanding a research on the electricity provider which is powered from renewable energy (hydropowered) and also easy to maintain. Our focus in general are to generate electricity for rice field area in order to give illumination on the area, generate pump and watering system and others.
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The aim of the device are to create a turbine which is compact in size, generate more power in low stream and less decline degree, and also easy to remove, clean and carry. The technology we also wanted to develop is the ability of the turbine to scan the water stream and flow in order to generate control into the angle of turbine blades. Furthermore, there are these are the development phase of the turbine:
  
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2. Design and Analysis of Archimedes Aero-Foil Wind Turbine Blade for Light and Moderate Wind Speeds = Andrew Defanto
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Phase 1: Technology target:
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#Material and Blades Design
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#Low flow of water generate high power
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#Control structure
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#Water flow detection
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Phase 2: Technology Target:
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#Blades degree control
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#Low decline angle generate high power
  
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3. Conical Roll-Twist-Bending Process for Fabrication of Metallic Archimedes Spiral Blade Used in Small Wind power generator = M. Faiz Naufal
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Phase 3: Technology Target:
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#Foldable Turbine
  
  
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Pembagian tugas Mencari tahu akan proyek terkait
 
  
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1. Mencari tahu tentang turbin Archimedes = M. Faiz Naufal
 
  
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2. Mencari tahu tentang turbin impulse dan reaksi = Aqiel Saiful Fatah
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== Gantt Chart dan Word Breakdown Structure ==
  
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3. Mencari tahu bentuk model kertas yang akan dikerjakan = Thareq Wibisono
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''' Work Breakdown Structure'''
  
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[[File:Work Breakdown Structure.png]]
  
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'''Anggota kelompok yang hadir: Thareq Wibisono'''
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''' Gantt Chart '''
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'''Laporan Pertemuan Kedua dan Rencana Serta Realisasi untuk Minggu Depan'''
 
  
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'''Konsep Dasar: Portable Hydropowered Archimedes Turbine'''
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[[File:Gantt Chart.png]]
  
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Kami memiliki konsep untuk mengaplikasikan turbin Archimedes untuk keperluan traveling terutama yang berkaitan dengan aktifitas sekitar sungai atau aliran air kecil. Kami ingin agar orang yang melakukan kegiatan travelling dapat mendapatkan asupan listrik cukup  walaupun di tempat terpencil.
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'''Project Charter'''
  
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{| class="wikitable"
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[[File:Project Charter.png]]
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|+Rencana dan realisasi untuk minggu ini
 
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|-
 
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|Rencana
 
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|Realisasi
 
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|-
 
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|Mencari artikel tentang turbine Archimedes untuk aliran yang kecil hingga menengah
 
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|Mengetahui apakah untuk aliran kecil, desain ini memungkinkan apa tidak?
 
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|-
 
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|Mencari desain Archimedes blade untuk hydropowered turbine
 
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|Dapat mengetahui parameter-parameter apa saja yang mempengaruhi blade itu sendiri
 
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|-
 
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|Belajar software ansys dan chrono
 
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|Mengetahui basic penggunaan software simulasi
 

Latest revision as of 19:16, 15 February 2020

Hydropowered Archimedes Turbine

Nama anggota proyek:

1. Thareq Wibisono

caption

2. Andrew Defanto

caption

3. M. Faiz Naufal

Galer.jpg

4. Aqiel Saiful Fatah

Aqiel.jpg


Introduction to “Micro Archimedes Hydropowered Turbine With Conical-Airfoiled Blades”

Electricity are currently problem for most of secluded place in Indonesia. Based on the article of CNN Indonesia [1] there are currently 5.2 million of Indonesian citizen who does not have any access to Electricity. This issues happened because of they are on secluded are. Furthermore, another issues are the price of electricity. In addition, the high price of electricity caused some of the citizen could not afford it. By the issues which are stated, our research team are withstanding a research on the electricity provider which is powered from renewable energy (hydropowered) and also easy to maintain. Our focus in general are to generate electricity for rice field area in order to give illumination on the area, generate pump and watering system and others. The aim of the device are to create a turbine which is compact in size, generate more power in low stream and less decline degree, and also easy to remove, clean and carry. The technology we also wanted to develop is the ability of the turbine to scan the water stream and flow in order to generate control into the angle of turbine blades. Furthermore, there are these are the development phase of the turbine:

Phase 1: Technology target:

  1. Material and Blades Design
  2. Low flow of water generate high power
  3. Control structure
  4. Water flow detection

Phase 2: Technology Target:

  1. Blades degree control
  2. Low decline angle generate high power

Phase 3: Technology Target:

  1. Foldable Turbine



Gantt Chart dan Word Breakdown Structure

Work Breakdown Structure

Work Breakdown Structure.png

Gantt Chart

Gantt Chart.png

Project Charter

Project Charter.png

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