Mathematical modeling and numerical simulation analysis of bench dragon motion

Abstract

When performing, bench dragons often face challenges such as lack of synergy and poor articulation of movements.Currently, the research on Bench Dragon mostly relies on qualitative descriptions and lacks a systematic scientific method to quantify and optimize the performance. The aim of this paper is to enhance the spectacle of its performance and optimize its circling movements through mathematical modeling. The solenoidal equation and the microelement method are used to establishhe dragon head motion model, and the cosine theorem is used to recursively calculate the positions of the dragon body and the dragon tail, and then the velocity equation is constructed based on the rate of change of the position. Through numerical simulation and ode45 function, the model was solved and the position and velocity data per second in 300 seconds were derived. The results show that the model can significantly improve the performance effect of the bench dragon and provide a scientific quantitative analysis tool for the inheritance and innovation of traditional folk art.