THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA

THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA

The wind turbine is one of engine producing alternative energy that can be one solution of energy crisis problem. To create it that can produce high power, it's required study about the factors that influence its efficiency such as form and mass of blade. The experiment result indicates that th...

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Main Author: JAENI (NIM 20206040), MOHAMMAD
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/10928
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:10928
spelling id-itb.:109282017-09-27T14:40:55ZTHE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA JAENI (NIM 20206040), MOHAMMAD Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/10928 The wind turbine is one of engine producing alternative energy that can be one solution of energy crisis problem. To create it that can produce high power, it's required study about the factors that influence its efficiency such as form and mass of blade. The experiment result indicates that the blade in the form of limb can produce the higher power efficiency (27,19%) than other forms such as rectangular (22,00%), triangular (18,30%) and frolate (16,83%). While based on the mass of blade used, the experiment result indicates that the blade made of fiber (m=5,78 grams), thin paralon (m=10,48 grams) and thick paralon (m=20,23 grams) each can produce power efficiency 10,62%, 15,27% and 12,13%. The wind turbine model made can be applied as physics learning method in SMA/MA to introduce the students about research based learning. 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 The wind turbine is one of engine producing alternative energy that can be one solution of energy crisis problem. To create it that can produce high power, it's required study about the factors that influence its efficiency such as form and mass of blade. The experiment result indicates that the blade in the form of limb can produce the higher power efficiency (27,19%) than other forms such as rectangular (22,00%), triangular (18,30%) and frolate (16,83%). While based on the mass of blade used, the experiment result indicates that the blade made of fiber (m=5,78 grams), thin paralon (m=10,48 grams) and thick paralon (m=20,23 grams) each can produce power efficiency 10,62%, 15,27% and 12,13%. The wind turbine model made can be applied as physics learning method in SMA/MA to introduce the students about research based learning.
format Theses
author JAENI (NIM 20206040), MOHAMMAD
spellingShingle JAENI (NIM 20206040), MOHAMMAD
THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA
author_facet JAENI (NIM 20206040), MOHAMMAD
author_sort JAENI (NIM 20206040), MOHAMMAD
title THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA
title_short THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA
title_full THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA
title_fullStr THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA
title_full_unstemmed THE INFLUENCE OF BLADE FORM AND MASS TO THE WIND ENERGY PLANT AS PHYSICS RESEARCH BASED LEARNING MODEL IN SMA/MA
title_sort influence of blade form and mass to the wind energy plant as physics research based learning model in sma/ma
url https://digilib.itb.ac.id/gdl/view/10928
_version_ 1820666001002332160

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