Critical Analysis of the “Bench Dragons” Spiral Spinning

Abstract

The “Bench Dragon” kinematic state requires an isometric solenoidal tangent model as an effective support. However, in the existing theories, there are only expressions for the displacement-velocity relationship obtained by derivation with the tangent starting point as the object of study. In this paper, while selecting the starting point as the first research object, according to the isometric spiral circling law of all the reference points of the kinematic relationship of the recursion, and finally completed the simulation of the motion process of the “Bench Dragon”. The theory of coordinate system transformation and the application of numerical rooting method mentioned in the paper are also enriching and supplementing the previous theories. At the end of the article, the results of the basic parameters such as displacement and velocity at different moments from the starting point to the end point of the tairon are analyzed and calculated, which can be used as a support for the theoretical part of this paper.