DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE

This research is aimed to use simple physics tools to measure the static and kinetic friction coefficients of various materials. The results show that the static friction coefficient for the investigated materials are in the range of 0.214-0.469, and the kinetic friction coefficient are in the range...

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Main Author: MUNTI'AH ROHAYATI (NIM: 20207053), TITIK
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/12729
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:12729
spelling id-itb.:127292017-09-27T14:40:58ZDEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE MUNTI'AH ROHAYATI (NIM: 20207053), TITIK Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/12729 This research is aimed to use simple physics tools to measure the static and kinetic friction coefficients of various materials. The results show that the static friction coefficient for the investigated materials are in the range of 0.214-0.469, and the kinetic friction coefficient are in the range of 0.171-0.371. The maximum static force related to maximum static friction coefficient obtained in this study vary between 0.118-2.549 Newton, and the stopping mass which is proportism to stopping force are in the range of 0.061-0.1255 kilograms. 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 This research is aimed to use simple physics tools to measure the static and kinetic friction coefficients of various materials. The results show that the static friction coefficient for the investigated materials are in the range of 0.214-0.469, and the kinetic friction coefficient are in the range of 0.171-0.371. The maximum static force related to maximum static friction coefficient obtained in this study vary between 0.118-2.549 Newton, and the stopping mass which is proportism to stopping force are in the range of 0.061-0.1255 kilograms.
format Theses
author MUNTI'AH ROHAYATI (NIM: 20207053), TITIK
spellingShingle MUNTI'AH ROHAYATI (NIM: 20207053), TITIK
DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE
author_facet MUNTI'AH ROHAYATI (NIM: 20207053), TITIK
author_sort MUNTI'AH ROHAYATI (NIM: 20207053), TITIK
title DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE
title_short DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE
title_full DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE
title_fullStr DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE
title_full_unstemmed DEVELOPMENT OF PHYSICS TOOLS TO DETERMINE THE FRICTION COEFFICIENTS OF MATERIAL AND THE CAUSES OF ITS OCCURRENCE
title_sort development of physics tools to determine the friction coefficients of material and the causes of its occurrence
url https://digilib.itb.ac.id/gdl/view/12729
_version_ 1820728606598365184