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| 1 | Monel K-500合金的高温变形行为研究显示文摘利用Gleeble热模拟试验机对Monel K-500合金进行了不同变形温度、不同变形量的热模拟试验。结果表明,合金变形抗力大,随着温度的升高,合金的流变应力及其最大值降低。随变形量增大,初始再结晶温度和完全再结晶温度均明显降低,当变形量分别为30%、60%、80%时,其初始再结晶的变形温度分别为950、850、800℃左右;其完全动态再结晶的变形温度分别为1 100、1 050和1 000℃左右。当变形温度高于1 100℃,随变形量增大,再结晶晶粒显著细化。根据上述规律制订出了该合金的锻造工艺,所锻造的该合金棒材组织均匀,效果良好。 | 丁燕 王庆增 刘丰军 陈国胜 | 2011 | 宝钢技术2011，4，1： | 7 |
| 2 | 玻璃模具材质的研究进展显示文摘介绍了玻璃模具材质的研究进展情况,并讨论了对模具材质性能的要求,指出铸铁仍将是玻璃模具的主要材料,同时对其它的材质也应加以重视,进而展望了今后的研究方向。 | 岳旭东 吴春京 佘光达 | 2005 | 辽宁工学院学报2005，25，3： | 4 |
| 3 | A study on hot deformation behaviour of alloy Monel K-500显示文摘Thermal simulation tests were conducted at different deformation temperatures and degrees by a Gleeble simulator.The results show that the alloy has higher resistance to deformation;with an increase of the deformation temperature,the alloy's flow stress and maximum value decrease;with an increase of the deformation degree,both the initial recrystallization temperature and the complete recrystallization temperature decrease sharply.When the deformation degree reaches 30%,60% and 80%,the initial recrystallization temperature is around 950℃,850℃ and 800℃,the complete recrystallization temperature is around 1 100℃,1 050℃ and 1 000℃ respectively.When the deformation temperature is higher than 1100℃,the deformation degree increases and the re-crystalized grains are significantly refined.The forging process parameters were established according to the regular pattern mentioned above.The microstructure of the bar forged in this pattern is uniform and the result is satisfying. | DING Yan,WANG Qingzeng,LIU Fengjun and CHEN Guosheng Special Steel Business Unit,Baoshan Iron & Steel Co.,Ltd.,Shanghai 200940,China | 2012 | Baosteel Technical Research2012，6，1： | 0 |
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