Peter Spitzenpfeil
Technische Universität München
10 Papers
50 Citations
Peter Spitzenpfeil is an academic researcher from Technische Universität München. The author has contributed to research in topics: Dynamometer & Load cell. The author has an hindex of 6, co-authored 10 publications.
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Papers
Scientific comparison of different online heart rate monitoring systems
TL;DR: Overall the system of Acentas reached the best mark of all systems, but detailed results showed that every system has its advantages and disadvantages depending on using purpose, location, and weather.
Recreational and competitive alpine skiing. Typical injury patterns and possibilities for prevention
Peter U. Brucker,P. Katzmaier,M. Olvermann,A. Huber,K. Waibel,Andreas B. Imhoff,Peter Spitzenpfeil +6 more
TL;DR: In this review article, epidemiologic data and typical injury patterns in recreational alpine skiing and in competitive alpine ski racing are compared and the potentials of preventive methods in al Alpine skiing are presented and evaluated with a special focus on orthotic devices and protection wear as injury prevention equipment.
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Alpiner Skibreiten- und Skileistungssport
Peter U. Brucker,P. Katzmaier,M. Olvermann,A. Huber,K. Waibel,Andreas B. Imhoff,Peter Spitzenpfeil +6 more
TL;DR: In this article, epidemiologische Daten and typische Verletzungsmuster des alpinen Skisports sowohl im Freizeit/Breitensport- wie auch im wettkampfmasigen Leistungssportbereich verglichen sowie Moglichkeiten praventiver Masnahmen im SKISport aufgefuhrt and evaluiert werden.
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A New Six Component Dynamometer for Measuring Ground Reaction Forces in Alpine Skiing
Andreas Kiefmann,Maximilian Krinninger,Udo Lindemann,Veit Senner,Peter Spitzenpfeil +4 more
- 01 Jan 2006
TL;DR: In this paper, the authors describe the development of a new six component dynamometer for measuring ground reaction forces in alpine skiing, which can be used with any kind of skiing equipment, its easy adjustability to different boot size and its wireless data transmission.
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•Journal Article
Metabolic Demand of Paralympic Alpine Skiing in Sit-Skiing Athletes.
TL;DR: Metabolic demand and strain of Paralympic sit-skiing is different to able-bodied skiing and common measures of aerobic or anaerobic performance variables do not suggest further investigations in the field of metabolism for performance determinants in sit- Skiing.
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