Abstract
Until today since ski was born, the sliding mechanism of the ski board still has not been clarified completely. On our previous studies, the mechanical dynamic vibration generated on the ski board was thought to be the key to clarity the ski sliding mechanism. To purposes of this study are to develop a simulator generating a ski board vibration in actual skiing and to perform the basic construction for clarifying the ski sliding mechanism, which still has not been clarified completely and to compare the coefficient of kinetic friction with the sliding velocity between dry ice and ice with increasing in the mechanical dynamic vibrations on the normal temperature. This study were led us to following conclusions. From experiment, the dry ice mass velocity was increasing in accordance with increasing of the vibration frequency, but ice mass velocity showed unexpected behavior. From above results, ice was found to be susceptible to water of the contact surface and other parameter.
