Research for the Competitive State Formation of the Sailboard Excellent Athletes and the Competitiom Regulating 优秀帆板运动员竞技状态形成及参赛调控研究
Research of the Sailboard's Liquid Dynamical Performance and the Optimal Route 帆板流体动力性能与最佳航线的研究
Function analyzing method is a kind of the VPP calculating model which can eliminate the influence of the sail and board's size skillfully, so it can be regard as a brief standard of sailboard's VPP results. 泛函数分析方法是一种VPP理论计算模型,文中比较巧妙地将帆与板的型值消掉,运用泛函数分析的方法建立了帆船、帆板VPP计算结果的简易校验标准。
VPP Calculation and design of the optimal route of sailboard basing on FLUENT numerical simulating results 基于FLUENT数值计算结果帆板航速预测与最佳航线设计
This paper mainly discusses the developing process of Development and manufacturing of Simulative Training and Testing System of Sailboard Pumping that is one of the projects that tackle the key problem of science and technology of State Sport general Administration of China. 本文主要论述了国家体育总局备战奥运科技攻关项目之一&帆板摇帆模拟训练测试系统的详细研制过程。
Modeling for Sailboard Pumping Simulative Training System 帆板摇帆模拟训练系统的建模分析
Since pumping is of critical importance in winning a competition, to develop a set of sailboard pumping training equipment based on isokinetic technology is quite necessary. 鉴于摇帆在帆板竞赛中的重要作用,研制出基于等速技术的帆板摇帆训练器就显得非常重要。
The Design of A New Style Intelligent Sailboard Training Equipment 新型智能帆板训练器的设计
Measurement of kinematical parameters in sailboard navigating 帆板实际航行中运动学参数的测定
Enhance the professional level of the sailboat and sailboard coaches. Make a unified professional qualification standard, and train the coaches at regular intervals. 提高帆船帆板教练员的业务水平,制定统一的从业资格审查制度,对教练员的素质及文明礼仪进行定期培训。
Increase the business of sailboat and sailboard commercial clubs by introducing entertaining aquatic sports such as aquatic bicycles, aquaplanes as well as kayaks etc to supply more choices for customers, which will also attract more customers and make more profit. 增加帆船帆板俱乐部的经营业务种类,引入水上自行车、滑水板、皮划艇等娱乐性水上项目,为消费者提供更多的消费选择,从而吸引更多的消费者,提高经营利润。
According to the scheme, I proceed to design the unfolded mechanism and have achieved a solar energy sailboard unfolded mechanism with repeatable unfolded function. 根据此方案进行展开机构结构设计,设计出具有可重复展开功能的太阳能帆板展开机构。
This thesis research worked only on the preliminary numerical simulation of the simple movement mode in pumping of sailboard whereas the subsequent actual movement of pumping should be on the list for the in-depth study. 本论文研究工作只是对帆板摇帆的简单运动方式进行了初步数值模拟,后续还需对帆板摇帆的实际运动方式进行深入研究。