导轨钻机铝合金壳体金属型设计与铸造模拟

邬亮; 叶升平; 吴志超

金属型铸造 | 浏览量 : 0 下载量: 121 CSCD: 4

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导轨钻机铝合金壳体金属型设计与铸造模拟
Design of Permanent Mould for Aluminum Alloy Drill Housing of Guide-rail and Its Simulation
2007年第9期页码：733-734
纸质出版日期： 2007 ，
DOI：

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[1]邬亮,叶升平,吴志超.导轨钻机铝合金壳体金属型设计与铸造模拟[J].特种铸造及有色合金,2007(09):733-734+656.

Wu Liang, Ye Shengping, Wu Zhichao. Design of Permanent Mould for Aluminum Alloy Drill Housing of Guide-rail and Its Simulation[J]. Special Casting & Nonferrous Alloys, 2007,(9):733-734.
[1]邬亮,叶升平,吴志超.导轨钻机铝合金壳体金属型设计与铸造模拟[J].特种铸造及有色合金,2007(09):733-734+656. DOI：

Wu Liang, Ye Shengping, Wu Zhichao. Design of Permanent Mould for Aluminum Alloy Drill Housing of Guide-rail and Its Simulation[J]. Special Casting & Nonferrous Alloys, 2007,(9):733-734. DOI：

摘要

介绍了导轨钻机铝合金壳体金属型重力铸造模具的设计过程。在模具的设计制造过程中

运用CAD/CAM计算机辅助技术

并进行了浇注过程的计算机模拟（CAE）

发现浇注成形时可能出现的缺陷

并进行合理的改进。针对在试模过程中所出现的砂芯偏心、铸件缩松缺陷

改进了树脂砂芯芯头结构和冒口高度

将模具温度控制在200℃左右和金属液温度控制在750℃等措施

得到了合格的铸件。

Abstract

The design of permanent mould for aluminum alloy drill housing of guide-rail in gravitational casting was described. During deigning and manufacturing process

the CAD/CAM was employed to simulate the filling process to observe the potential defect generation during filling

and rational improvement was conducted. Resin sand core-end structure and runner height were adjusted to eliminate the eccentric sand core and shrinkage porosity （hole） occurred in trial-mould process

meanwhile

mould temperature is controlled at about 200 ℃ with temperature of liquid metal at about 750 ℃. The qualified aluminum alloy housing was produced by adopting above-mentioned measures.