运用 Pro/ E 软件对纸浆模塑托盘构型进行了三维设计,完成了托盘支腿和面板的零部件建模及相应的装配。 运用 ABAQUS 有限元分析软件对托盘支腿结构进行了强度计算,模拟分析了纸浆模塑托盘支腿在压缩载荷作用下的弹塑性变形,得到了模型受载变形全过程的载荷-位移曲线,从而确定了支腿的承载能力。

Molded pulp pallets are 3-dimentionally designed by Pro/ E software, including outrigger, panel and assembled structure models, and then the 2D engineering drawings are drawn. At the same time, the outrigger structure intensity is analyzed for the molded pulp pallet by ABAQUS software. Based on the elastic-plastic properties of molded pulp material, the strain fields and stress fields of the outrigger structure under compressive load are simulated, resulting in the force-displacement curves of outrigger units under compression, thus determining the load-bearing capacity of the outrigger unit.