The Implementation of Biomechanics in Push-up Simulation Tool

Biomechanics is part of a scientific discipline that applies basic mechanical principles to explain the performance system in the human body (living things). One of the applications in the human body is when doing push-ups. Push-up tools are made to determine the relationship between arm length, mas...

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Bibliographic Details
Main Authors:	Kasyfi Rifqi Mouromadhoni, Heru Kuswanto, Andi Asmar
Format:	Article
Language:	English
Published:	UIKTEN 2019-06-01
Series:	SAR Journal
Subjects:	biomechanics push-ups torque newton
Online Access:	http://www.sarjournal.com/content/22/SARJournalJune2019_51_54.pdf

id	doaj-3954a76b77a74f86a39d14871b60135d
record_format	Article
spelling	doaj-3954a76b77a74f86a39d14871b60135d2020-11-24T21:05:17ZengUIKTENSAR Journal2619-99632619-99632019-06-0122515410.18421/SAR22-01The Implementation of Biomechanics in Push-up Simulation ToolKasyfi Rifqi MouromadhoniHeru KuswantoAndi AsmarBiomechanics is part of a scientific discipline that applies basic mechanical principles to explain the performance system in the human body (living things). One of the applications in the human body is when doing push-ups. Push-up tools are made to determine the relationship between arm length, mass, and angle to the force and torque. After the tool is assembled, the tool has experimented with mass manipulation variables of 125 g; 290 g; 515 g and body length of 20; 40; 60 cm. Based on the experimental result, it is shown that the greater the arm’s length, the greater the force and torque. The greater the mass of the object, the greater the force.http://www.sarjournal.com/content/22/SARJournalJune2019_51_54.pdfbiomechanicspush-upstorquenewton
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Kasyfi Rifqi Mouromadhoni Heru Kuswanto Andi Asmar
spellingShingle	Kasyfi Rifqi Mouromadhoni Heru Kuswanto Andi Asmar The Implementation of Biomechanics in Push-up Simulation Tool SAR Journal biomechanics push-ups torque newton
author_facet	Kasyfi Rifqi Mouromadhoni Heru Kuswanto Andi Asmar
author_sort	Kasyfi Rifqi Mouromadhoni
title	The Implementation of Biomechanics in Push-up Simulation Tool
title_short	The Implementation of Biomechanics in Push-up Simulation Tool
title_full	The Implementation of Biomechanics in Push-up Simulation Tool
title_fullStr	The Implementation of Biomechanics in Push-up Simulation Tool
title_full_unstemmed	The Implementation of Biomechanics in Push-up Simulation Tool
title_sort	implementation of biomechanics in push-up simulation tool
publisher	UIKTEN
series	SAR Journal
issn	2619-9963 2619-9963
publishDate	2019-06-01
description	Biomechanics is part of a scientific discipline that applies basic mechanical principles to explain the performance system in the human body (living things). One of the applications in the human body is when doing push-ups. Push-up tools are made to determine the relationship between arm length, mass, and angle to the force and torque. After the tool is assembled, the tool has experimented with mass manipulation variables of 125 g; 290 g; 515 g and body length of 20; 40; 60 cm. Based on the experimental result, it is shown that the greater the arm’s length, the greater the force and torque. The greater the mass of the object, the greater the force.
topic	biomechanics push-ups torque newton
url	http://www.sarjournal.com/content/22/SARJournalJune2019_51_54.pdf
work_keys_str_mv	AT kasyfirifqimouromadhoni theimplementationofbiomechanicsinpushupsimulationtool AT herukuswanto theimplementationofbiomechanicsinpushupsimulationtool AT andiasmar theimplementationofbiomechanicsinpushupsimulationtool AT kasyfirifqimouromadhoni implementationofbiomechanicsinpushupsimulationtool AT herukuswanto implementationofbiomechanicsinpushupsimulationtool AT andiasmar implementationofbiomechanicsinpushupsimulationtool
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The Implementation of Biomechanics in Push-up Simulation Tool

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