机械工程与自动化
機械工程與自動化
궤계공정여자동화
MECHANICAL ENGINEERING & AUTOMATION
2014年
4期
104-105
,共2页
何伟%杜小平%马红征%惠晓原
何偉%杜小平%馬紅徵%惠曉原
하위%두소평%마홍정%혜효원
TA15钛合金%相变点%测定
TA15鈦閤金%相變點%測定
TA15태합금%상변점%측정
TA15 titanium alloy%phase transformation temperature%measurement
采用计算法和金相法分别测定了T A15钛合金相变点。结果表明,该合金相变点温度为985℃,两种方法测得的结果相当接近。由于考虑到各主要元素及杂质元素含量对相变点的影响值,因此计算法得到的相变点与实测值是接近的,而金相法测定T A 15钛合金相变温度的准确性更高。
採用計算法和金相法分彆測定瞭T A15鈦閤金相變點。結果錶明,該閤金相變點溫度為985℃,兩種方法測得的結果相噹接近。由于攷慮到各主要元素及雜質元素含量對相變點的影響值,因此計算法得到的相變點與實測值是接近的,而金相法測定T A 15鈦閤金相變溫度的準確性更高。
채용계산법화금상법분별측정료T A15태합금상변점。결과표명,해합금상변점온도위985℃,량충방법측득적결과상당접근。유우고필도각주요원소급잡질원소함량대상변점적영향치,인차계산법득도적상변점여실측치시접근적,이금상법측정T A 15태합금상변온도적준학성경고。
Two methods including the calculation method and metallographic technique were employed to calculate and measure the phase transformation temperature of TA15 titanium alloy .The results show that the phase transformation temperature of the alloy is 985℃ and two ways are quite approachable .The comparison between the two methods indicates that the theory value obtained by the calculation method approaches the true value ,because this method requires that the content of each element in the TA 15 alloy is concerned .The phase transformation temperature can be measured accurately by the metallographic technique .