本文主要研究内容
作者姚杰（2019）在《高温高压深井射孔枪结构参数优化及数值模拟分析》一文中研究指出：高温高压深井中,射孔枪射孔前承受井筒压力;射孔爆轰过程中承受射孔瞬间的冲击波压力。盲孔处易出现应力集中现象,这都会使射孔枪的整体性和强度安全性都降低。因此,本文研究盲孔结构及深度、射孔参数对射孔枪强度的影响。利用ANSYS数值模拟分析方法,建立有限元模型,自由网格划分,两端施加固定全约束,改变外压,分析盲孔结构及深度对射孔枪抗外挤强度的影响。研究表明,采用孔密20孔/米,孔径10mm,相位角90°布孔,当盲孔结构不同,等深外盲孔高于不等深外盲孔;当盲孔深度在3.5-6.5mm时,抗外挤强度随着盲孔深度的增加而逐渐减小,降低31.46%,且当盲孔深度从5.5-6.5mm时,下降程度最大。改变内压,分析射孔参数对射孔枪抗内压强度的影响。研究表明,当孔密在8-24孔/米,抗内压强度随孔密的增加共降低约8.84%,且当孔密从16-20孔/米,降低程度最大,约降低6.78%;当孔径在4-18mm,射孔枪抗内压强度随孔径的增加总共降低约20.26%,且当孔径在4-6mm,降低程度最大,降低9.26%,影响显著;当相位角在30°-180°,抗内压强度随相位角增加而降低,约降低4.94%。本文得到盲孔结构及深度对射孔枪抗外挤强度的影响规律、射孔参数对射孔枪抗内压强度的影响规律,进行结构优化设计,给出最优值和荐选值,为射孔枪强度安全性评价提供参考。
Abstract
gao wen gao ya shen jing zhong ,she kong qiang she kong qian cheng shou jing tong ya li ;she kong bao hong guo cheng zhong cheng shou she kong shun jian de chong ji bo ya li 。mang kong chu yi chu xian ying li ji zhong xian xiang ,zhe dou hui shi she kong qiang de zheng ti xing he jiang du an quan xing dou jiang di 。yin ci ,ben wen yan jiu mang kong jie gou ji shen du 、she kong can shu dui she kong qiang jiang du de ying xiang 。li yong ANSYSshu zhi mo ni fen xi fang fa ,jian li you xian yuan mo xing ,zi you wang ge hua fen ,liang duan shi jia gu ding quan yao shu ,gai bian wai ya ,fen xi mang kong jie gou ji shen du dui she kong qiang kang wai ji jiang du de ying xiang 。yan jiu biao ming ,cai yong kong mi 20kong /mi ,kong jing 10mm,xiang wei jiao 90°bu kong ,dang mang kong jie gou bu tong ,deng shen wai mang kong gao yu bu deng shen wai mang kong ;dang mang kong shen du zai 3.5-6.5mmshi ,kang wai ji jiang du sui zhao mang kong shen du de zeng jia er zhu jian jian xiao ,jiang di 31.46%,ju dang mang kong shen du cong 5.5-6.5mmshi ,xia jiang cheng du zui da 。gai bian nei ya ,fen xi she kong can shu dui she kong qiang kang nei ya jiang du de ying xiang 。yan jiu biao ming ,dang kong mi zai 8-24kong /mi ,kang nei ya jiang du sui kong mi de zeng jia gong jiang di yao 8.84%,ju dang kong mi cong 16-20kong /mi ,jiang di cheng du zui da ,yao jiang di 6.78%;dang kong jing zai 4-18mm,she kong qiang kang nei ya jiang du sui kong jing de zeng jia zong gong jiang di yao 20.26%,ju dang kong jing zai 4-6mm,jiang di cheng du zui da ,jiang di 9.26%,ying xiang xian zhe ;dang xiang wei jiao zai 30°-180°,kang nei ya jiang du sui xiang wei jiao zeng jia er jiang di ,yao jiang di 4.94%。ben wen de dao mang kong jie gou ji shen du dui she kong qiang kang wai ji jiang du de ying xiang gui lv 、she kong can shu dui she kong qiang kang nei ya jiang du de ying xiang gui lv ,jin hang jie gou you hua she ji ,gei chu zui you zhi he jian shua zhi ,wei she kong qiang jiang du an quan xing ping jia di gong can kao 。
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论文详细介绍
论文作者分别是来自西安石油大学的姚杰，发表于刊物西安石油大学2019-07-04论文，是一篇关于射孔枪论文,有限元论文,盲孔参数论文,射孔参数论文,抗外挤强度论文,抗内压强度论文,西安石油大学2019-07-04论文的文章。本文可供学术参考使用，各位学者可以免费参考阅读下载，文章观点不代表本站观点，资料来自西安石油大学2019-07-04论文网站，若本站收录的文献无意侵犯了您的著作版权，请联系我们删除。
标签：射孔枪论文; 有限元论文; 盲孔参数论文; 射孔参数论文; 抗外挤强度论文; 抗内压强度论文; 西安石油大学2019-07-04论文;