摘要
运用主应力法,推导修正了密封边受力函数,分析了密封边沿顶锤小斜边的受力分布,指出合成腔体内部高压沿密封边方向成指数负相关递减。密封边侧压影响叶蜡石块传压效率、密封性,与顶锤小斜边的角度、密封边的厚度、叶蜡石块及顶锤之间的摩擦系数关系密切。
The main stress method was used to deduce and modify the stress function of the sealing edge,and the stress distribution of the sealing edge along the small inclined edge of the top hammer was analyzed,then it was drew that the high pressure inside the composite cavity decreased exponentially and negatively along the sealing edge.The side pressure of sealing edge had an effect on the pressure transferring efficiency and sealing performance of pyrophyllite,which was closely related to the angle of the small bevel of the top hammer,the thickness of the sealing edge,and the friction coefficient between pyrophyllite and the top hammer.
作者
刘乾坤
赵鹏
吴定雨
昝亚男
武周军
王卫康
LIU Qian-kun;ZHAO Peng;WU Ding-yu;ZAN Ya-nan;WU Zhou-jun;WANG Wei-kang(Zhongnan Diamond Co.,Ltd of Yuxi Industries Group,Nanyang,Henan 473264,China)
出处
《超硬材料工程》
CAS
2019年第6期16-18,共3页
Superhard Material Engineering
关键词
叶蜡石
六面顶压机
金刚石合成
主应力
pyrophyllite
cubic anvil high-pressure apparatus
diamond synthesis
principal stress
