Pekalski R
Ul. Meissnera 2 M 6, Warsaw, Poland.
J Sports Sci. 1990 Winter;8(3):259-79. doi: 10.1080/02640419008732150.
The aim of this study was to introduce certain methods and research techniques and to present the results of experiments on parameters of archery equipment to optimize the interaction of the archer-bow-arrow system's elements. In order to achieve the research requirements, the following were devised: 1. A mathematical model of an arrow's movement during its interaction with a bow. 2. A mechanical model of an archer-bow-arrow system, which constitutes a device for mechanical loosing of an arrow from the bow strings (DMLA). 3. Three series of high-speed filming. The mathematical model and computer simulation were used to describe the arrow's movement for various initial conditions and various parameters of the equipment, based on which a nomogram was constructed of the optimum arrow parameters for bows of various draw forces. The device for the mechanical loosing of arrows from a bow was used to study the influence of selected parameters of the archer-bow-arrow system on the accuracy of shots. The film analysis was used to verify the mathematical and mechanical models constructed.
本研究的目的是介绍某些方法和研究技术，并展示关于射箭设备参数的实验结果，以优化射手-弓-箭系统各要素之间的相互作用。为了满足研究要求，设计了以下内容：1. 箭与弓相互作用期间箭的运动数学模型。2. 射手-弓-箭系统的力学模型，该模型构成了一种用于从弓弦机械释放箭的装置（DMLA）。3. 三组高速拍摄。数学模型和计算机模拟用于描述在各种初始条件和设备参数下箭的运动，在此基础上构建了不同拉力弓的最佳箭参数列线图。用于从弓上机械释放箭的装置用于研究射手-弓-箭系统选定参数对射击精度的影响。影片分析用于验证所构建的数学和力学模型。
