现代制造技术与装备
現代製造技術與裝備
현대제조기술여장비
MODERN MANUFACTURING TECHNOLOGY AND EQUIPMENT
2015年
4期
16,41
,共2页
热处理%水—空交替淬火%硬度%T10%钢
熱處理%水—空交替淬火%硬度%T10%鋼
열처리%수—공교체쉬화%경도%T10%강
heat treatment%water-air alternative quenching%hard-ness%T10 steel
以T10钢为研究对象,通过性能测试,对比研究了水—空双介质交替淬火,水淬和油淬这三种工艺对钢的组织和力学性能的影响.结果表明水—空交替淬火能够有效的减少钢内组织应力的产生,减少裂纹,同时钢体的冲击韧性明显提高,综合力学性能变好.
以T10鋼為研究對象,通過性能測試,對比研究瞭水—空雙介質交替淬火,水淬和油淬這三種工藝對鋼的組織和力學性能的影響.結果錶明水—空交替淬火能夠有效的減少鋼內組織應力的產生,減少裂紋,同時鋼體的遲擊韌性明顯提高,綜閤力學性能變好.
이T10강위연구대상,통과성능측시,대비연구료수—공쌍개질교체쉬화,수쉬화유쉬저삼충공예대강적조직화역학성능적영향.결과표명수—공교체쉬화능구유효적감소강내조직응력적산생,감소렬문,동시강체적충격인성명현제고,종합역학성능변호.
Taking the T10 steel as the research object , through the performance test , the effects of water-air double medium alternative quenching ,water quenching and oil quenching three kinds of process on microstructure and mechanical properties of the T10 steel were com-paratively studied . The results showed that: water-air alternative quenching can effectively reduce the quenching stress of microstructure of steel , prevent quenching crack , and obviously improve the impact toughness of steel body at the same time, so the comprehensive me-chanical properties can be improved greatly .
