Lightweight design method for large-sized die-casting machine tail boards
A lightweight design, die-casting machine technology, applied in design optimization/simulation, calculation, multi-objective optimization, etc., can solve problems such as inability to effectively optimize design, complex force conditions, and difficult to obtain accurately. Process feasibility, effect of weight reduction, design and manufacturing cost reduction
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[0026] like figure 1 As shown, a lightweight design method for a tail plate of a large-scale die-casting machine in the present invention includes the following steps: S1: Establish a three-dimensional assembly model of the clamping mechanism of a large-scale die-casting machine through CAD software.
[0027] S2: Read in the 3D assembly model of the mold clamping mechanism through the multi-body dynamics simulation software, establish a virtual prototype of the mold clamping mechanism of the die-casting machine, perform kinematics simulation on the virtual prototype model, and draw the effect of the tail plate and the machine hinge The force curve and the force curve of the straight hinge and the movable mold seat plate.
[0028] S3: Establish a discretized model of the tail plate of the die-casting machine through CAE software, take the force between the tail plate and the machine hinge as the input condition, conduct static stiffness analysis and modal analysis on the tail p...
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