Biomechanical P ... Slalom Water Skiing R1.pdf - Atrium - University ...

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83.42º·s and 48.92 º. There was a significant difference between the skis forpeak roll but not for integral of roll (p=0.0014 and p=0.3464). Error bars forthe integral represent upper and lower confidence intervals and error barsfor the peak represent pooled standard error......................................................... 97Figure 9: Subject overall average integral of deceleration for dominant and nondominantturns. The highest and lowest dominant turn results were -9.19and -4.34m/s 2·s. The highest and lowest non-dominant turn results were -9.26 and -4.35 m/s 2·s. There was a significant difference between the skiers(p
Appendix AFigure 1: Calibration curve generated for day 1. The linear model equation wasused to determine rope load given the voltage output during eachexperimental test run........................................................................................... 121ix
Page 1 and 2: BIOMECHANICAL PERFORMANCE FACTORS O
Page 3 and 4: AcknowledgmentsI would like to star
Page 5: 6.1 Conclusion and Future Considera
Page 10 and 11: List of TablesChapter 4Table 1: Sum
Page 12 and 13: 1.1 The Basics of Water SkiingWater
Page 15 and 16: deep water start a good performance
Page 17 and 18: skills in order to be able to ident
Page 19 and 20: completed their test runs throughou
Page 21 and 22: 1.5 Thesis outlineChapter 2 will pr
Page 23 and 24: Chapter 2: Literature Review13
Page 25 and 26: of material can be used as a force
Page 27 and 28: & Pesty, n.d.; Zang et al., 2004].
Page 29 and 30: instrumentation system used did not
Page 31 and 32: allowed them to plot a velocity ver
Page 33 and 34: Chapter 3: Methods and Instrumentat
Page 35 and 36: AbstractThere are many challenges w
Page 37 and 38: is most likely the main reason why
Page 39 and 40: applicable to dynamic sports [Brodi
Page 41 and 42: The product chosen that best met th
Page 43 and 44: ON) that did not require any modifi
Page 45 and 46: single data collection program that
Page 47 and 48: Figure 3 - Diagram of slalom course
Page 49 and 50: for patterns in the data that sugge
Page 51 and 52: 200SU EC ST BTA150Angle (degrees)10
Page 53 and 54: 10050Angle (Degrees)0-50-100-150Pit
Page 55 and 56: RF communication systems are easily
Page 57 and 58: The roll profile can be used to det
Page 59 and 60:
Chapter 4: Water Skiing Biomechanic
Page 61 and 62:
AbstractSix advanced slalom skiers
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Recreational and competitive slalom
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Table 1: Summary of human participa
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Figure 2: Diagram of slalom course
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at a rate of 1 Hz (BG-331RGTGT, Mig
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adjusted p-value. (SAS Institue Inc
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Table 3: Summary of completed turns
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Rope load peaks during the cutting
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Peak skier velocity for each turn i
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4 DiscussionThere are several varia
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trend was seen by Runciman (2011) w
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(p=0.2437 and p=0.246). It was expe
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velocity and low peak rope load. In
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improve the accuracy that a coach e
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Chapter 5: Biomechanical Analysis o
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AbstractWater skiing has received l
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ski manufacturers ability to compar
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given about how the effects of the
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tip. The IMU housing was wrapped in
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(roll, acceleration and deceleratio
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decrease. This portion of the turn
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Roll, Ski Acceleration and SkierVel
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Integral of Roll, Peak Roll (degree
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Integral of Roll, Peak Roll (degree
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Integral of Deceleration (m/s 2 *s)
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Figure 12 shows each ski’s overal
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Integral of Acceleration, Peak Acce
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Integral of Acceleration, Peak Acce
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peak velocity is also occurring at
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was not a significant difference be
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The lack of statistical significanc
Page 123 and 124:
Chapter 6 - Conclusion and Future C
Page 125 and 126:
The data, in combination with a sta
Page 127 and 128:
Bachmann, E.R. (2000). Inertial and
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Appendices119
Page 131 and 132:
Load Transducer Output (V)0.80.70.6
Page 133 and 134:
Skiing Background Information6. How
Page 135 and 136:
Section 2 - Follow up surveyPlease
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Appendix C - Ski Survey ResultsThe
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