Ondrej Spiegl

Ondrej Spiegl
Swedish School of Sport and Health Sciences | GIH · master

Master of Sport Science

About

6
Publications
6,650
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5
Citations
Introduction
Skills and Expertise
Sports Science
Sport Biomechanics
Biomechanics
Sport Training
Physiology
Exercise Science
Sports Injuries
Force Platforms
Force Plate
Motion Capture

Publications

Publications (6)
Figure 1. Placement of the reflective markers.
Figure 2. FS blades and running shoe used in this study.
Figure 3. Illustrative picture of an FS blade.
Figure 4. Illustration of analysed angles, trunk angle between torso...
+5 Figure 5. The vertical ground reaction force during landing from a...
Comparison of lightweight and traditional figure skating blades, a prototype blade with integrated damping system and a running shoe in simulated figure skating landings and vertical countermovement jumps, and evaluation of dampening properties of the prototype blade
Article
Full-text available
  • May 2022
To date, there is no empirical evidence suggesting greater jump heights or cushioned landings when using figure skating (FS) blades of different mass and design. This study examined the effect of lightweight (Gold Seal Revolution from John Wilson) and traditional (Apex Supreme from Jackson Ultima and Volant from Riedell) blades, a new prototype bla...
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Figure 1: a) FEA, Safety factor of FSB-IDS frame under 1000 N...
Figure 2: a) Initial contact of the FSB-IDS with the ice surface; b)...
Evaluation of design and concept verification of a new figure skating blade with integrated damping system for reducing impact related overuse injuries
Conference Paper
Full-text available
  • Jul 2021
In this study, a new figure skating (FS) blade with an integrated damping system (FSB-IDS) was developed, assisted by a needs analysis, computer-aided design and finite element analysis. The FSB-IDS enables a blade runner to slide upwards inside a frame against elastic damping elements that deflect under the impact load, reducing landing accelerati...
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Figure 1. Illustrative picture of skate for table 1.
Figure 2. Laboratory setup.
Table 2 . Trials included in the analysis. New Graf vs. Old Graf New...
Figure 3. Definition of analysed angles.
+1 Table 3 . Comparison of kinetic variables between skates.
The effects of new Edea and Graf figure skating boots and used Graf boots on the kinetics and kinematics of landing after simulated on-ice jumps
Article
Full-text available
  • Jan 2019
An increase in training intensity and the number of active participants and competitors in figure skating has been accompanied by an increasing frequency of injuries. The aim of this study was to investigate whether different brands of skates as well as the usage of the skates modify the kinetics and kinematics of the landing impact from a jump. Ne...
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Figure 1. Descriptive picture of a figure skating boot (King 2008).
Figure 5. Division of the foot.  
figure 6 of force-time curve for an illustration of the force variables.  
Figure 6. Force-time curve, illustrating the variables investigated in...
+5 Figure 7. Significant differences in VGRF variables between the Graf...
The effects of different figure skating boots on the human body during the landing impact. - A comparison between two figure skating boots, Edea and Graf.
Thesis
Full-text available
  • Sep 2016
Aim: The purpose of this research was to investigate the effects of different figure skating boots on kinetic and kinematic properties of the landing impact. The focus was on the vertical ground reaction force (VGRF) and kinematic differences between the examined boots during the landing impact as well as the material and construction design differ...
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