周一卉 - 大连理工大学 - 化工与环境生命学部

研究领域

安全工程、特种过程装备设计、检测技术、液体压力回收利用技术 1. 清洁低污染燃烧行为研究（1）贫燃预混燃烧非稳定振荡及诱导机理研究（2）贫燃预混燃烧过程涡-火焰-壁面交互作用大涡模拟研究 2. 强化传热过程特性研究（1）低温多效蒸发处理高盐介质工艺研究（2）耦合浸没燃烧的沉浸式气化器工艺与结构研究 3. 特种过程装备设计与控制技术研究（1）气瓶疲劳特性、强度极限特性实验研究（2）超高压复合气瓶承压特性实验研究（3）数字化气瓶定期检验平台设计开发 4. 重气扩散CFD模拟与灾害评估

近期论文

查看导师最新文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

Pengpeng Zhang, Yihui Zhou, Xingyan Cao, Xuliang Gao, Mingshu Bi. Mitigation of methane/air explosion in a closed vessel by ultrafine water fog. Safety Science 62 (2014) 1–7 EI：201335166754271. Yi-hui Zhou, Ming-shu Bi*, Feng QiExperimental research into effects of obstacle on methane-coal dust hybrid explosion. Journal of Loss Prevention in the Process Industries 25 (2012) 127-130 EI：20122815235255 SCI：000300747400013 他引1次 Liu Yu, Zhou Yi-Hui*, Bi Ming-Shu. 3D numerical simulation on mixing process in ducts of rotary pressure exchanger. Desalination and Water Treatment 42 (2012) 269–273 Taylor&Francis ST数据库 Chengjie Dong, Mingshu Bi, Yihui Zhou. Effects of obstacles and deposited coal dust on characteristics of premixed methane–air explosions in a long closed pipe. Safety Science 50 (2012) 1786–1791 EI：20122815235255 SCI：000307142000008 Mingshu Bi, Chengjie Dong*, Yihui Zhou. Numerical simulation of premixed ethane-air deflagration in large L/D closed pipes. Applied Thermal Engineering 40 (2012) 337-342 EI：20121514942214 SCI：000306380200037 他引4次由宏新,韩冰,刘润杰,戴行涛,周一卉,胡军. 气瓶水压爆破试验装置关键硬件的选择.压力容器.2013.5(30):14-17第30卷第5期毕明树,董呈杰,周一卉. 密闭长管内甲烷-空气爆炸火焰传播数值模拟.煤炭学报.2012.1(37):127-130他引3次周一卉,丁信伟,姜海峰,张立冬. 旋转式压力能交换器孔道内液柱活塞数值模拟研究.大连理工大学学报.2010.12(50):884-892 周一卉,胡佰龙.杜宁. C/S架构下的工业锅炉培训与考核仿真系统.自动化仪表.2011.9(32):29-35他引1次胡佰龙(研究生),周一卉*.锅炉多级网络监测系统设计与实现.自动化仪表.2012.1(33):32-36 他引1次 Liu Yu(研究生), Zhou Yi-Hui*, Bi Ming-Shu. 3D numerical simulation on mixing process in ducts of rotary pressure exchanger. International Conference on Desalination and Water Reuse,2011 Qingdao Zhou Yihui,Jiang fengyin,Bi Mingshu,Ren Jingjie,Wang Yunan. Similation and Optimization of Multi-effect Distillation Coupless with Vapor Compression to Desalinate oilfield Wastewater. International Conference on Desalination and Water Reuse,2013 Qingdao