SITUATIONAL BIOMECHANICAL PARAMETERS AT SLALOM CARVING SKIS IN TOP LEVEL SKIERS

Skiing is a sport performed under exceptional competition conditions, especially taking into consideration environment, skiing trail with its special characteristics. It is impossible to carry out an investigation of the alpine skiing technique in laboratory conditions. Because of that it is only po...

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Published in:Sport Mont 2013-07, Vol.XI (37-38-39), p.484-492
Main Authors: Bujar Turjaka, Aziz Dujaka, Žarko Kostovski, Visar Ganiu, Shpresa Memishi
Format: Article
Language:English
Subjects:
angle of vertical declination
carving skis
flexion and extension
length of the vertical body axis
situational kinematical parameters
skier-ski system
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container_end_page 492
container_issue 37-38-39
container_start_page 484
container_title Sport Mont
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creator Bujar Turjaka
Aziz Dujaka
Žarko Kostovski
Visar Ganiu
Shpresa Memishi
description Skiing is a sport performed under exceptional competition conditions, especially taking into consideration environment, skiing trail with its special characteristics. It is impossible to carry out an investigation of the alpine skiing technique in laboratory conditions. Because of that it is only possible to carry it out during a competition. In this paper we selected special parts of the trail based on the predetermined goal to determine the carving slalom skis efficiency. Besides this we determined certain markers of the slalom technique that represent biomechanical situational kinematical space parameters: length with five and angle with six variables. Besides the investigation results, after the statistical processing, we found that the certain kinematical situational variables of slalom technique at carving skis have different mutual relations.
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source SPORTDiscus with Full Text
subjects angle of vertical declination
carving skis
flexion and extension
length of the vertical body axis
situational kinematical parameters
skier-ski system
title SITUATIONAL BIOMECHANICAL PARAMETERS AT SLALOM CARVING SKIS IN TOP LEVEL SKIERS
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