Search Results - "Material"
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Composite design for a foiling optimist dinghy
Oddy, C., Blomstrand, E., Johansson, D., Karlsson, N., Olofsson, N., Steen, P., Fagerström, M., Asp, L. E., McVeagh, J., Brown, M., Finnsgård, C.Published in Proceedings (2018)“…Material…”
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Fluid-structure interaction of a foiling craft
Giovannetti, L. M., Farousi, A., Ebbesson, F., Thollot, A., Shiri, A., Eslamdoost, A.Published in Journal of Marine Science and Engineering (2022)“…Material…”
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Segeln. Technik, Ausrüstung, Navigation (Sailing. Technique, equipment, navigation)
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Perfekt segeln. Know-how für die Praxis (Perfect sailing. Know-how for practice)
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Increasing surfboard volume reduces energy expenditure during paddling
Ekmecic, V., Jia, N., Cleveland, T. G., Saulino, M., Nessler, J. A., Crocker, G. H., Newcomer, S. C.Published in Ergonomics (2017)“…Material…”
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The use of vortex generators to reduce the aerodynamic drag of athletic apparel
Brownlie, L., Aihara, Y., Carbo Jr., J., Harber, E., Henry, R., Ilcheva, I., Ostafichuk, P.Published in Procedia Engineering (2016)“…Material…”
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Friction between runner and ice
Braghin, F., Belloni, E., Melzi, S., Sabbioni, E., Cheli, F.Published in The engineering approach to winter sports (2016)“…Material…”
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Optimisation of the skiers trajectory in special slalom
Rudakov, R., Lisovski, A., Ilyalov, O., Podgaets, R.Published in Procedia Engineering (2010)“…Material…”
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Verbesserung von Oberflächen- bzw. Grenzflächeneigenschaften an Sportgeräten durch nanotechnologische Entwicklungen (Improvement of surface and interface features in sport apparatuses by nanotechnological developments)
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The engineering of sport 5
M. Hubbard, R. D. Mehta, J. M. PallisPublished 2004“…Material…”
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