Grid realization method for simulation and emulation of plate surfacing forming process

Abstract

The invention provides a grid realization method for simulation and emulation of a plate surfacing forming process on the basis of analyzing the disadvantages of a simulation and emulation method of the traditional plate surfacing molten pool and welding line forming process; in the method, comprehensive analysis is carried out to the plate surfacing molten pool and welding line forming process, a grid method in computer graphics is applied to simulation and emulation of the molten weld pool and the welding line formation, the OpenGL technology is utilized to construct a welding bead, a molten pool and a welding line model by taking a plane triangle grid as the basis; a Gauss heat source model is combined to obtain molten pool sinking and welding line surplus height growth function, and vertex movement of the triangle grid on the welding bead plane can be controlled on the basis of the function, so as to form a sunk grid molten pool and a grid welding line and effectively represent a practical scaly shaped welding line feature after being welded; after being test by actual operation, an integration system is operated stably and the simulation effect is vivid.

Description

technical field [0001] The invention belongs to the simulation and simulation of flat plate surfacing welding seam forming process in the field of virtual welding training, and in particular relates to a grid realization method for virtual flat plate surfacing welding forming process simulation and simulation. Background technique [0002] With the development of computer and related technologies, it has become possible to introduce the virtual welding simulation training system into the traditional welding training process. The virtual welding simulation training system acts on the welding operator through the visual, auditory, and tactile senses during the welding process, so that it can produce an immersive sense of interaction. The system integrates computer graphics, image processing and pattern recognition, intelligent technology, sensor technology, language processing and audio technology, network technology and other disciplines, and is the further development and ap...

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to provide a method that can solve the problem that the model established in the existing virtual molten pool and weld formation process cannot simulate the dynamic gradual change process of the molten pool and weld formation in real time. Pool and weld integration model to realize the dynamic effect of molten pool and weld formation in the virtual welding scene, and to show the details of molten pool and weld formation through the continuous change of grid vertices, and the real-time performance of the system is not limited Simulation of Constrained Plate Surfacing Forming Process and Mesh Realization Method for Simulation

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