CAJ | 학술논문

排球扣球技术的训练一直是排球运动员提高技术水平的重要训练项目之一。目前已有很多关于这方面的训练方案，但现有扣球训练设备设计过于简单，往往是将球固定在某一装置上，无法综合模拟运动员扣球的真实场景．．基于上述问题，提出了一种基于流体力学原理的排球扣球训练设备，介绍了该设备的结构设计、相关的流体力学工作原理，进行了仿真实验并对实验数据进行了分析，验证了设计方案的合理性和可行性。
배구구구기술적훈련일직시배구운동원제고기술수평적중요훈련항목지일。목전이유흔다관우저방면적훈련방안，단현유구구훈련설비설계과우간단，왕왕시장구고정재모일장치상，무법종합모의운동원구구적진실장경．．기우상술문제，제출료일충기우류체역학원리적배구구구훈련설비，개소료해설비적결구설계、상관적류체역학공작원리，진행료방진실험병대실험수거진행료분석，험증료설계방안적합이성화가행성。
Volleyball spiking skills training has been one of the important training programs for volleyball players to improve skills. There has been already many training programs in this regard, but the existing design of the spiking training equipment is not effective. The ball is usually fixed on one device which cannot be synthetically simulated the real scene of players＇ spike. To solve the problem above, this paper presents a volleyball spiking device based on principles of fluid mechanics. It describes the structure design of this device, the related working principles of fluid mechanics, carries out simulation and the experimental data were analyzed to verify the rationality and feasibility of the design.