Search Results - Applied Mathematical Modelling

Ðordevic, D., Vodicar, J., Kreft, R., Kolar, E., Paunovic, M., Velickovic, S., Marinšek, M.

Ab Rasid, A. M., Muazu Musa, R., Abdul Majeed, A. P., Musawi Maliki, A. B. H., Abdullah, M. R., Mohd Razmaan, M. A., Abu Osman, N. A.

Kalliorinne, K., Sandberg, J., Hindér, G., Larsson, R., Holmberg, H. C., Almqvist, A. “…These measurements are, however, commonly performed by loading the ski against a much stiffer counter surface than snow and this affects the quantification of the characteristic properties. To date, some mathematical models have been proposed, but there is no reliable approach for determining the macro-scale properties of the contact between a cross-country ski and a counter surface using simulations. …”

Komissarov, S. S.

Noth, N., Köthe, T. “…Therefore, we developed a mathematical model using a multi-step examination plan with the following parts: (1) variables defined using nonparametric correlation analyses r s of the motion parameters, (2) statistical modelling to predict values of the parameters, (3) stochastic modelling. …”

Borisov, A., Kaspirovich, I., Mukharlyamov, R.

A. Baca, J. Perl “…This is an important reference for any active researcher or upper-level student in sport and exercise science with an interest in mathematical modelling, computer science or simulation techniques. …”

Klous, M., Müller, E., Schwameder, H.

Harrison, S., Cohen, R., Cleary, P., Barris, S., Rose, G. “…Applied Mathematical Modelling…”

Dullin, H. R., Tong, W.

Swaren, M. “…In the last paper, for the first time, propulsive power during a cross-country sprint skiing race is estimated by applying a power balance model to spline-interpolated measured positioning data, enabling in-depth analyses of power output and pacing strategies in cross-country skiing. …”

Boyi, H., Xin, W. “…The freestyle skiing aerial skill is an advantage project to win medals at the winter Olympic Games for China. This research applies the mathematical model method, combining theory with experiment, with the help of the athletes' leaving platform speed calculation software, to research and Analysis different sizes of platforms' effects on the athletes' leaving platform speed. …”

Koschorreck, J., Mombaur, K “…The model-based investigation of fast dynamic motions of anthropomorphic systems is an interesting interdisciplinary field combining research efforts from applied mathematics, robotics, biomechanics, computer graphics and sports. …”

Yeadon, M. R.

University of Poitiers “…Boyi [et al.] 381 The establishment of mathematical model of the take-off speed of freestyle skiing aerials skiers, W. …”

Young, C., Reinkensmeyer, D. J.

Bonacin, D., Bonacin, D. “…A special methodology was applied and it included the mathematical model of combining three input parameters with six intensities of influence per one on the object and their simultaneous monitoring. …”

“…Ansell) Mathematical Model for Variation in Human Body Weight (Yong Jiang, Zhijun Chu, Wei Xong, Yao Sun) Mathematical Model of Variations Speed on Sprint (Yong Jiang, Zhijun Chu, Wei Xong, Yao Sun) A Study of Regulating Specialized SportQuality Index of Athletes by Utilizing Grey Systematic Analysis (Haibo Shi) Development of a Supervision System for Diving Coach (Shuming Xiao, Xiangchen Li, Jiali Yao, Qiang Li, Qi Chen, Wei He, Ying Xu, Jianhe Gao) The Performance and Application of PR-‡UModel of Multi-center Psychology Feedback Training Instrument (Si-hua Li, Jing-cheng Li and Shu-hui Liu) Development of LJ-I Typed Photoelectric Tread-jump Timer & Experimental Study on Time of Tread-jump in Long Jump (Shiming Li) Development of Research on Chinese Aquatic Sports Engineering (Weitao Zheng, Zihua Zhang, Haifeng He, Yong Ma, Jiurui Han) Development of the Computation of the Sails Aerodynamics (Yong Ma, Weitao Zheng, Haifeng He, Jiurui Han) A Study of Test Methods for External Performance of Table Tennis Rackets (Huiqun Zhao, Tianfu Tuo, Jing Sun, Hongyang Liu, Jichun Jin) Orienteering Based on System Simulation Technology (Lin Zhang and Guangcun Li) The Participial Virtual Reality Game and the Development of Chinese Family Sports (Bin Wang) On the Fusion of Traditional Chinese Culture and Modern Sports Architecture (Hailong Yang) Development and Application of Equipment for Specialized Strength Training and Testing (Haifeng He, Weitao Zheng, Yong Ma, Jiurui Han) The Establishment & Development Trend of Sports Engineering in China (Taisheng Wang) Outlook on Development Prospects for Modern Domestic Sports Entertainment Facility Industry (Yuan Gao, Zhixing Zhao) Reconstruct 3D Human Motion Using Motion Library (Xianjie Qiu, Wenzhong Wang, RongrongWang, Jintao Li and Zhaoqi Wang) Numerical Simulation on the Hydrodynamic Performance of the Flippers for the Fin Swimming (Yong Ma, Weitao Zheng, Jiurui Han) Current Situation and Developmental Countermeasures for Sports Engineering Education in China (Daifeng Yu, Yaping Zhong)…”

Koh, M., Jennings, L., Elliott, B., Lloyd, D. “…A combined optimal control and optimal parameter selection approach was applied to the model to determine an optimum technique. …”

Suzuki, S., Sato, T., Maeda, A., Takahashi, Y. “…The study investigated the effects of program design on 400-m sprint time by applying a Rating of Perceived Exertion (RPE) mathematical model to training performance. …”