Hatakeyama, N. , Araki, K. , Kubota, H. , Miura, M. , Okushi, K. , Miura, R. , Suzuki, A. , Isomura, A. , Miyamoto, A. , Yaegashi, Y. , Sato, J. , Fujita, K.
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Experiment-integrated computational chemistry simulation of ski wax penetrated into running surface

Source

Gallium Co., Ltd., is a top runner among ski wax companies all over the world, especially on the high performance liquid wax products. In order to develop a novel wax which shows higher performance, we applied computational chemistry methods at first to ski science. In the present study experiment-integrated computational modeling of realistic running surface in meso/macroscopic scale has been developed to calculate how ski wax penetrates ski sole.
© Copyright 2013 Abstractband der 6. Internationalen Konferenz Wissenschaft und Skisport. 14.-19. Dezember 2013, St. Christoph am Arlberg, Österreich. Published by University of Salzburg. All rights reserved.

Bibliographic Details
Subjects:
skiing cross-country skiing alpine skiing sports equipment material modelling wax Austria endurance sports sports facilities and sports equipment technical and natural sciences
Notations:endurance sports sports facilities and sports equipment technical and natural sciences
Published in:Abstractband der 6. Internationalen Konferenz Wissenschaft und Skisport. 14.-19. Dezember 2013, St. Christoph am Arlberg, Österreich
Language:English
Published: Salzburg University of Salzburg 2013
Online Access:https://www.icss2013.at/uploads/media/ICSS2013_BOA_09122013_web.pdf
Pages:119
Document types:article
Level:advanced

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