Method for determining loading path for achieving multi-way loading forming of multi-cavity component

Abstract

The invention provides a method for determining a loading path for achieving multi-way loading forming of a multi-cavity component. The method comprises the steps that the range of an initial loading displacement x<0> of a main pipe male die is determined by determining the volume V of blank materials transferred to a branch pipe cavity at different loading displacements of the main pipe male die, an initial loading displacement x<0> of the main pipe male die and a loading displacement y<0> of a branch pipe male die, and the reasonable loading path for achieving multi-way loading of the multi-cavity component is determined finally. According to the method for determining the loading path for achieving multi-way loading forming of the multi-cavity component, the reasonable loading path for achieving multi-way loading forming of the multi-cavity component can be determined accurately and rapidly, the time is shortened, and the experimental cost is reduced. According to the loading path, material flowing and non-uniform deformation can be improved, the defects such as cavities and folding in the forming process can be effectively avoided, the forming load can be reduced, and the forming quality of the component can be improved.

Description

technical field [0001] The invention relates to the technical field of metal plastic forming, in particular to a method for rapidly determining a reasonable loading path for multi-directional loading forming of multi-cavity components. Background technique [0002] High-performance complex components with branches and cavities in multiple directions are widely used in aerospace, nuclear power, petrochemical and other fields. In order to meet the harsh service environment and ensure the performance and reliability of the equipment, higher requirements are put forward for the forming quality and precision of the multi-cavity components. Multi-directional active loading forming, by applying loads simultaneously or sequentially in the axial and radial (side) directions of the blank, complex parts with branches and cavities in different directions can be integrally formed at one time, which is a high-performance multi-cavity type The near-net-shape manufacturing of components pr...

AI Technical Summary

Problems solved by technology

[0014] In order to solve the problem that the determination of a reasonable loading path for multi-directional loading forming of existing multi-cavity components depends on experience and experimental exploration, which not only increases test costs, but also wastes a lot of time, the present invention proposes a multi-directional loading forming loading path for multi-cavity components method of determination

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