山东科学
山東科學
산동과학
SHANDONG SCIENCE
2011年
4期
28-31
,共4页
刘运腾%姜利坤%赵德刚%田长文%石巨鹏
劉運騰%薑利坤%趙德剛%田長文%石巨鵬
류운등%강리곤%조덕강%전장문%석거붕
进气管%铸造%充型%凝固%计算机模拟
進氣管%鑄造%充型%凝固%計算機模擬
진기관%주조%충형%응고%계산궤모의
intake pipe%casting%filling%solidification%computer simulation
采用Anycasting模拟软件对进气管金属型重力铸造进行充型和凝固模拟分析，比较了单边底注和双边底注浇注方案的影响。结果表明，单边底注浇注填充状态比较理想，补缩通道顺畅，基本消除了缩孔、缩松缺陷。
採用Anycasting模擬軟件對進氣管金屬型重力鑄造進行充型和凝固模擬分析，比較瞭單邊底註和雙邊底註澆註方案的影響。結果錶明，單邊底註澆註填充狀態比較理想，補縮通道順暢，基本消除瞭縮孔、縮鬆缺陷。
채용Anycasting모의연건대진기관금속형중력주조진행충형화응고모의분석，비교료단변저주화쌍변저주요주방안적영향。결과표명，단변저주요주전충상태비교이상，보축통도순창，기본소제료축공、축송결함。
We employed the software, Anycasting, to simulate filling and solidification for an intake pipe metallic gravity cast. We also compared the influences of single-side and double-side bottom pouring processing schemes. Results show that the filling state of single-side bottom pouring scheme is more optimal. Its feeding channel is clear,the shrinkage and the dispersed shrinkage are basically eliminated.
