Mathematical Modeling of the Ideal Strategy Equation of Concentric Drum Project

Nowadays, the concentric drum project has been more and more people's favor, has gradually become a field to test the team's ability to collaborate on the expansion project. In order to improve the efficiency of the ball-turned ball while the project is going on, this paper uses the idea of micro-element analysis and geometric constraint, establishes the ideal strategy model and its correction model, and provides the best strategy scheme for different situations. This issue is designed to develop the best collaboration strategy for team members in an ideal state. First of all, by analyzing the influence of force direction, timing and force on the efficiency of the ball, two rules are drawn according to the force balance theory: one is the same angle in the direction of force of the adjacent team members, and the other is the simultaneous force of the team members. Then, by establishing the quantitative relationship between the strength and the number of team members and the length of the rope, the model of the ideal strategy equation is obtained, and the minimum force required in different situations is solved. Finally, the team is provided with the best strategy and given a pitch height of 0.4m under the strategy.