Diamantis Arampatzis’s research while affiliated with Deutsche Sporthochschule Köln and other places

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Publications (2)


Simulation of a quadruple backward somersault dismount from the high bar
  • Article

December 1994

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14 Reads

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1 Citation

Journal of Biomechanics

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Diamantis Arampatzis

Approach to a Biomechanical Profile of Dismounts and Release–Regrasp Skills of the High Bar

August 1994

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31 Reads

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51 Citations

Journal of Applied Biomechanics

At the 1992 Barcelona Olympic Games, 70 dismounts and release-regrasp movements on the high bar were selected from films gathered with three synchronized cameras during the compulsory and the optional men's high bar competition. The skills were classified into 10 groups depending on the direction of rotation, body configuration, and flight projection. Kinematic variables were used to profile the movement groups. Statistically significant differences between the groups were identified by ANOVA. Three groups with significant differences in terms of the maximum values and the locations of the maxima could be differentiated. These were (a) backward rotating swings with an increase of rotation (e.g., overgrip giant swing—triple backward tuck somersault dismount), (b) backward rotating swings with a change of the direction of rotation (e.g., overgrip giant—Tkatchov straddle), and (c) forward rotating swings with an increase or a decrease of rotation (e.g., undergrip giant swing—Jaeger somersault).

Citations (1)


... Numerous researchers have focused on kinematic analysis to determine the efficiency of movement execution, to avoid mistakes during performances, and to increase success in performance techniques [4,[9][10][11][12]. ...

Reference:

Exploring Kinematic Variations in Clear Hip Circle to Handstand: A Case Study of Performance Styles on Uneven Bars
Approach to a Biomechanical Profile of Dismounts and Release–Regrasp Skills of the High Bar
  • Citing Article
  • August 1994

Journal of Applied Biomechanics