Research on Bench Dragon Motion and Collision Risk Based on Numerical Simulation
DOI:
https://doi.org/10.54097/0c1dhj24Keywords:
Equidistant spiral equation, Differential equation, Traverse, Recurrence model.Abstract
‘The Bench Dragon’, a traditional folk activity in the Heluo area, is widely present in the annual grand activities of various provinces and cities in southern China. Its winding form follows the trajectory of the helix equation. Although the winding form seems simple, it requires precise control of the speed and position of each handle to achieve coordinated and beautiful complex movement. Herein, from the perspective of establishing a polar coordinate system and helix equation, this study analyzes the relationship between the position of each handle and the speed of the bench dragon and then analyzes the results in different models. At the same time, this study further examines the limit position of disc entry without collision by the ergodic method when the time is 405.757s. Finally, it was found that the model of the research system is still accurate by adding Gaussian noise which proves that this model can be used in practical applications and has the significance of popularization.
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