|
|
|
SEDL / STP / STP938-EB
 |
STP938
Skiing Trauma and Safety: Sixth International Symposium
Mote CD, Johnson RJ
Pages: 330
Published: 1987
Other books in this series
|
|
Papers explain the factors resulting in ski injuries and the steps being taken to reduce the risk of ski injuries. Topics include: biomechanics and knee injuries; ski boots; release bindings, including testing; epidemiology of skiing injuries in Japan and Germany; spinal injuries; use of helicopter evacuation; and FIS efforts to control competitive skiing injuries.
Table of Contents
Introduction
Mote C., Johnson R.
Summary
Mote C., Johnson R.
Identification of the Knee Joint in Varus-Valgus and Longitudinal Rotations in Laboratory and Snow Skiing Experiments
Kuo C., Mote C.
Contribution of the Musculature to Rotatory Laxity and Torsional Stiffness at the Knee
Louie J., Mote C.
The Anterior Cruciate Ligament Injury in Skiers
Figueras J., Escalas F., Vidal A., Morgenstern R., Buló J., Merino J., Espadaler-Gamisans J.
Isolated Rupture of the Anterior Cruciate Ligament by Knee Hyperflexion
Ekeland A., Thoresen B.
Injury of the Anterior Cruciate Ligament of the Knee in Downhill Skiing: Its Pathomechanism and Treatment
Shino K., Horibe S., Nagano J., Ono K.
Biomechanical Investigations of the Heel Release of Ski Safety Bindings by Triceps Surae Muscle Action
Menke W., Bodem F.
Considerations on Mechanical Properties of Skis
Sakata T.
The Force Interplay Between the Foot, Binding, and Ski in Cross-Country Skiing
Ekström H.
The In-Boot Fracture
Shealy J., Ettlinger C.
Alpine Ski Boot Hysteresis Characteristics Interpreted for Skier Target Groups Within the Current Standards
Walkhoff K., Bauman C.
Ski Boot Compression Syndrome
Yamagishi T., Yahashi K.
Biomechanical Inquiries on Ski Boots and Resulting Practical Requirements
Schaff P., Schattner R., Hauser W.
On-slope Evaluation of Alpine Release Bindings
Ekeland A., Lund &.
Comparison of the BfU and IAS Binding Adjustment Systems for Competitive Skiers
Ekeland A., Lund &.
Comparative Laboratory Tests of Release Bindings for Children and Young Skiers with Special Reference to the Influence of Boot Material and Boot Sole Length
Gundersen T.
Bindings' Release Setting in Alpine Skiing
Delouche G.
Laboratory Test Methods for Children's Release Bindings with Special Reference to the Inadequacies of the Present Industry Norms and the Knowledge of Injury Thresholds
Gundersen T.
Test Devices for Ski Bindings Sold in Sports Shops: State of the Art and Future Development
Nagel A., Mösch S.
The Use of an Anthropometric Dummy for Testing a New Ski Binding-Boot System
Bahniuk E., Strunc J.
A Small, Low Power Microcomputer-Based Controller for Snow Ski Bindings
Halsted L., Hull M.
A New Electromechanical Binding/Dynamometer for Actively Controlled Snow Ski Binding Systems
Wunderly G., Hull M.
Current Trends in Ski Injuries and Their Relationship to Recent Changes in Ski Equipment
Kuriyama S., Fujimaki E.
Analysis of Skiing Injuries in Sapporo, Japan, During 1979 Through 1984
Sugawara M., Serita K., Takada Y., Watanabe M., Kondo H.
Causes of Skiing Injuries: A Study of Temperature and Ski Area Congestion
Serita K.
Incidence, Morbidity, and Mortality of Torso Trauma from Skiing
Zink R., Glaeser H.
Carpometacarpal Dislocations of the Thumb in Skiing Injuries
O'Connell P., Johnson R., Mogan J.
Four Cases of Anorectal Abscess After Hip Contusion While on Skis
Matsuda N.
Cervical Spinal Cord Injuries Caused by Skiing
Hirakawa H., Oda T.
Why a Helicopter at a Ski Resort?
Binet M.
The International Skiing Federation Contribution to Safety in Skiing
Raas E.
Author Index
Subject Index
Committee: F27
Paper ID: STP938-EB
DOI: 10.1520/STP938-EB
ISBN-EB: 978-0-8031-5003-4
 ASTM International is a member of CrossRef.
0-8031-0936-9
978-0-8031-0936-0
STP938-EB
STP 938
|
