Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study

The research highlighted the importance of kinesiology and biomechanical analysis of movement in nowadays sports performance. Our case study followed a biomechanical structure of movement of forearm flexion and extension regarding angle, angular velocity, angular acceleration, tangential velocity, c...

Full description

Bibliographic Details
Main Authors: Dan Alexandru SZABO, Nicolae NEAGU, Ioan Sabin SOPA
Format: Article
Language:English
Published: Editura Universităţii din Oradea 2020-12-01
Series:GeoSport for Society
Subjects:
Online Access:http://geosport.uoradea.ro/2020_2/gss.1305-065.pdf
id doaj-ccb362bc8cf8447aab62f2306baec66e
record_format Article
spelling doaj-ccb362bc8cf8447aab62f2306baec66e2020-12-23T11:02:30ZengEditura Universităţii din OradeaGeoSport for Society2393-13532393-13532020-12-0113214014810.30892/gss.1305-065Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study Dan Alexandru SZABO0Nicolae NEAGU1Ioan Sabin SOPA2 George Emil Palade University of Medicine, Pharmacy, Science, and Technology, Romania, Address: Str. Gheorghe Marinescu, No. 38, C.P. 540139, Târgu Mureṣ, Romania George Emil Palade University of Medicine, Pharmacy, Science, and Technology, Romania, Address: Str. Gheorghe Marinescu, No. 38, C.P. 540139, Târgu Mureṣ, RomaniaUniversity "Lucian Blaga" Sibiu, Faculty of Science, Department of Environmental Science, Physics, Physical Education and Sport, Address: Str. Dr. Ion Raţiu, No. 5–7, Sibiu, C.P. 550012, RomaniaThe research highlighted the importance of kinesiology and biomechanical analysis of movement in nowadays sports performance. Our case study followed a biomechanical structure of movement of forearm flexion and extension regarding angle, angular velocity, angular acceleration, tangential velocity, centripetal acceleration, resultant acceleration. As a research method, the Kinovea program, version 0.9.3., is used for biomechanical analysis using some specific kinesiological parameters of movement. The biomechanical movement results highlighted the specific forearm flexion and extension, showing the entire movement from a specific angle and speed.http://geosport.uoradea.ro/2020_2/gss.1305-065.pdfbiomechanical movementkinesiologymovement of the arm
collection DOAJ
language English
format Article
sources DOAJ
author Dan Alexandru SZABO
Nicolae NEAGU
Ioan Sabin SOPA
spellingShingle Dan Alexandru SZABO
Nicolae NEAGU
Ioan Sabin SOPA
Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
GeoSport for Society
biomechanical movement
kinesiology
movement of the arm
author_facet Dan Alexandru SZABO
Nicolae NEAGU
Ioan Sabin SOPA
author_sort Dan Alexandru SZABO
title Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
title_short Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
title_full Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
title_fullStr Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
title_full_unstemmed Kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
title_sort kinematic angular analysis of cinematic biomechanics in forearm flexion: a case study
publisher Editura Universităţii din Oradea
series GeoSport for Society
issn 2393-1353
2393-1353
publishDate 2020-12-01
description The research highlighted the importance of kinesiology and biomechanical analysis of movement in nowadays sports performance. Our case study followed a biomechanical structure of movement of forearm flexion and extension regarding angle, angular velocity, angular acceleration, tangential velocity, centripetal acceleration, resultant acceleration. As a research method, the Kinovea program, version 0.9.3., is used for biomechanical analysis using some specific kinesiological parameters of movement. The biomechanical movement results highlighted the specific forearm flexion and extension, showing the entire movement from a specific angle and speed.
topic biomechanical movement
kinesiology
movement of the arm
url http://geosport.uoradea.ro/2020_2/gss.1305-065.pdf
work_keys_str_mv AT danalexandruszabo kinematicangularanalysisofcinematicbiomechanicsinforearmflexionacasestudy
AT nicolaeneagu kinematicangularanalysisofcinematicbiomechanicsinforearmflexionacasestudy
AT ioansabinsopa kinematicangularanalysisofcinematicbiomechanicsinforearmflexionacasestudy
_version_ 1724372713449979904