中国铸造装备与技术
中國鑄造裝備與技術
중국주조장비여기술
China Foundry Machinery & Technology
2015年
5期
58-61
,共4页
抗磨白口铸铁%化学成分%关联度%新方法%灰色理论
抗磨白口鑄鐵%化學成分%關聯度%新方法%灰色理論
항마백구주철%화학성분%관련도%신방법%회색이론
Wear resisting white cast iron%Chemical elements%grey relational grades%Ordering%New method%Grey theory
研究了抗磨白口铸铁化学成分灰色自关联性.利用灰色理论对抗磨白口铸铁中碳C,铬Cr,钼Mo,硅Si,锰Mn,钒V和铜Cu等7种化学元素含量的7组数据,21种组合的灰色关联度进行了分析.通过大量计算,得到了这21种组合的关联度及自关联矩阵.计算结果表明,在21种组合中,CCu组合关联度最高,说明C和Cu之间有较强的关联性,SiV组合关联度最低,说明他们之间关联性最弱,其余19种组合介于它们之间.文中首次提出抗磨白口铸铁化学成分灰色关联性及其计算公式的新概念、新思路和新方法.对研究抗磨白口铸铁化学元素最佳组合、性能优化以及现有产品改造提供了重要理论基础.本方法也适用其他工程技术研究与分析.
研究瞭抗磨白口鑄鐵化學成分灰色自關聯性.利用灰色理論對抗磨白口鑄鐵中碳C,鉻Cr,鉬Mo,硅Si,錳Mn,釩V和銅Cu等7種化學元素含量的7組數據,21種組閤的灰色關聯度進行瞭分析.通過大量計算,得到瞭這21種組閤的關聯度及自關聯矩陣.計算結果錶明,在21種組閤中,CCu組閤關聯度最高,說明C和Cu之間有較彊的關聯性,SiV組閤關聯度最低,說明他們之間關聯性最弱,其餘19種組閤介于它們之間.文中首次提齣抗磨白口鑄鐵化學成分灰色關聯性及其計算公式的新概唸、新思路和新方法.對研究抗磨白口鑄鐵化學元素最佳組閤、性能優化以及現有產品改造提供瞭重要理論基礎.本方法也適用其他工程技術研究與分析.
연구료항마백구주철화학성분회색자관련성.이용회색이론대항마백구주철중탄C,락Cr,목Mo,규Si,맹Mn,범V화동Cu등7충화학원소함량적7조수거,21충조합적회색관련도진행료분석.통과대량계산,득도료저21충조합적관련도급자관련구진.계산결과표명,재21충조합중,CCu조합관련도최고,설명C화Cu지간유교강적관련성,SiV조합관련도최저,설명타문지간관련성최약,기여19충조합개우타문지간.문중수차제출항마백구주철화학성분회색관련성급기계산공식적신개념、신사로화신방법.대연구항마백구주철화학원소최가조합、성능우화이급현유산품개조제공료중요이론기출.본방법야괄용기타공정기술연구여분석.
The grey relation of the chemical elements of wear resisting white cast iron is researched .Grey relational grades of 21 sets between the elements C,Cr,Mo,Si,Mn,V and Cu of wear resisting white cast iron are analysed by using grey theory .The grey relational grades and ordering of those sets are obtained after a lot of calculation.The calculating results show that grey relational grade between C and Cu is the highest of those sets, it is said that C bears strong relation to Cu ,one between Si and V the lowest ,it is said that Si weak relation to V, one of other 19 sets are between them successively.The new concept,thinking and method of the grey relational grade and its calculating formulae of the chemical elements of cast iron brought forward first in this paper.The theory basis provided for research on the performances optimizing , the best sets chemical elements and renovation product of the cast iron.