Simulation design and optimisation of industrial dust collector frame structure

In the structural design of industrial dust collector, sheet metal parts are often used as structural parts for protection and support, through the optimized design of sheet metal parts structure, high strength and stiffness can be achieved on the basis of lightweight, the paper uses the finite element analysis software ANSYS to simulate the method of structural stiffness of the frame sheet metal of a product was analyzed, and the study shows that, for the negative pressure of 3000pa, the frame structure was analyzed by stress analysis, through the finite element optimized frame structure, the frame stress distribution was uniform, and there was no local stress concentration phenomenon, the maximum deformation was reduced from 14mm to 5mmL, and the maximum deformation was reduced from 14mm to 5mmL. After the study, it is shown that the frame structure with negative pressure of 3000pa is subjected to stress analysis, and after the optimization of the frame structure by finite element, the stress distribution of the frame is uniform, and there is no local stress concentration phenomenon, and the maximum deformation is reduced from 14mm to 0.5mmL, which determines the reasonable position of the frame reinforcement, and it can provide a basis for the optimization of the frame structure in the design stage of the product, which reduces the development cost, and increases the strength and stiffness of the dust catcher, and it has a very great practical application in the design of the structure of the industrial dust catcher. It is of great practical significance in the design of industrial dust collector structure.