基于Cult 3D的挤压铸造模具虚拟现实设计

叶明松; 罗继相; 王建良; 赵利华; 李敏华

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基于Cult 3D的挤压铸造模具虚拟现实设计
Virtual Reality Design of Squeezing Casting Mold Based on Cult 3D
2008年28卷第12期页码：923-924
纸质出版日期： 2008 ，
DOI：

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[1]叶明松,罗继相,王建良,赵利华,李敏华.基于Cult 3D的挤压铸造模具虚拟现实设计[J].特种铸造及有色合金,2008,28(12):923-924+898.

Ye Mingsong, Luo Jixiang, Wang Jianliang, et al. Virtual Reality Design of Squeezing Casting Mold Based on Cult 3D[J]. Special Casting & Nonferrous Alloys, 2008,28(12):923-924.
[1]叶明松,罗继相,王建良,赵利华,李敏华.基于Cult 3D的挤压铸造模具虚拟现实设计[J].特种铸造及有色合金,2008,28(12):923-924+898. DOI：

Ye Mingsong, Luo Jixiang, Wang Jianliang, et al. Virtual Reality Design of Squeezing Casting Mold Based on Cult 3D[J]. Special Casting & Nonferrous Alloys, 2008,28(12):923-924. DOI：

摘要

研究了如何运用虚拟现实技术

快速、准确、交互地设计挤压铸造模具。利用3DS Max和Cult 3D

实现了铝合金ZF80-50机座挤压铸造模具拆装及开、合模、卸料等过程的运动仿真设计

完成了模具干涉性检测

并且动态地展示其工作原理以及各零件的装配关系。

Abstract

How to use virtual reality technology to design the squeezing casting mould quickly

accurately and interactively was expounded.The visualization of disassembling

assembling

mould-opening

mould-closing and mould-unloading of squeezing casting mould for ZF80-50 aluminum alloy stand was conducted by means of 3D Max and Cult 3D

and the detection of the mould interference was completed.Furthermore

the running principle and assembling relation among parts were demonstrated dynamically.The virtual reality design can optimize the mould structure and shorten the designing period as well as improving reliability of design.