上海电机学院学报
上海電機學院學報
상해전궤학원학보
JOURNAL OF SHANGHAI DIANJI UNIVERSITY
2012年
3期
206-210
,共5页
孙峰%胡朝备%张国刚%马明方
孫峰%鬍朝備%張國剛%馬明方
손봉%호조비%장국강%마명방
曲轴%计算机模拟%曲拐
麯軸%計算機模擬%麯枴
곡축%계산궤모의%곡괴
crankshaft%computer simulation%crank
船用曲轴是我国船舶工业持续发展的瓶颈。阐述了使用弯锻法制造60机曲拐的锻造流程。通过计算机模拟,分析了锻造缺陷产生的原因,提出了优化工艺及规范操作的措施,成功研发了特大型船用曲轴锻件。
船用麯軸是我國船舶工業持續髮展的瓶頸。闡述瞭使用彎鍛法製造60機麯枴的鍛造流程。通過計算機模擬,分析瞭鍛造缺陷產生的原因,提齣瞭優化工藝及規範操作的措施,成功研髮瞭特大型船用麯軸鍛件。
선용곡축시아국선박공업지속발전적병경。천술료사용만단법제조60궤곡괴적단조류정。통과계산궤모의,분석료단조결함산생적원인,제출료우화공예급규범조작적조시,성공연발료특대형선용곡축단건。
Marin crankshaft is a bottleneck in China's shipbuilding industry restricting sustainable development. This article describes the forging process of the Type 60 machine crank that uses a bending method. This paper analyzes the causes of the forging defects by computer simulation, and proposes several measures to optimize the forging process and standardize the forging operation. Based on the research, super-large marine crankshaft forging is successfully developed.