Finite Element Analysis of Badminton Engineering Mechanics Driven by Computer-aided Technical Movement

Abstract

Badminton is a sport carried out relatively well in the sports, recreation, and fitness programs in China. There are many basic batting techniques in badminton. Among them, the technical movements feature the short flight path, straight arc, short time, and fast fall, which are the techniques required for the attack players. Throughout the development history of badminton sports skills and tactics, in the singles and doubles badminton competitions, powerful kill movement techniques, especially back-field movement techniques, are essential means of scoring in the match. In this paper, the computer-based Ariel system and myoelectric telemetry system are used to analyze two technical movements of male players in the badminton team, that is, near-net forehand smash and far-net forehand smash, to lay a foundation for comprehensive quantitative analysis of badminton technical movements while avoiding sports injuries due to irregular movements at the same time. The potential commonalities between different athletes' different technical movements are explored to lay a theoretical foundation for further improving the badminton technical movements.