Numerical Simulation of the Picking Process of Supernormal Jujube Branches

This paper elaborates on a digital simulation study supernormal particle flow used to investigate and analyze the process of picking up jujube branches, which was meaningful attempt search for accurate effective advanced numerical analogy methods in agricultural field. In this paper, meshless technology based element-free Galerkin method first time present effects size, number acting force movement irregular particles, influence gear rotation speed, feeding amount, branch size behavior as well rate. It can describe not only particles’ dynamic twigs, such feeding, collision, throwing rolling, but also effect quality shape caused by turn affects surface particles interparticle force, thereby affecting weight function analytical solution, total amount resulting from contact, roll collision rotation. The findings reveal that simulation, Rocky software, is dealing with issues related flow. By eliminating geometric shapes calculations, boasts an solution problems irregularly shaped would be further applied agriculture