代表性研究成果
1.代表性科研论文
① Yulong Duan*,Zishuang Zhang,Li Deng, et al.Study on the Side Venting Characteristics of Coal Mine Gas Explosions.Case Studies in Thermal Engineering.2025. (SCI检索,IF=6.4)
② Yulong Duan*, Xianqi Duan, Yaqiao Yang, et al.Study on the Protection of Flexible Facilities in Urban Underground Space against Hydrogen-blended Methane Explosion.Case Studies in Thermal Engineering.2025. (SCI检索,IF=6.4)
③ Xianqi Duan, Yulong Duan* , Zishuang Zhang, et al.Research on the protection mechanism of methane explosion in underground space by flexible construction [J].Defence Technology.2025. (SCI检索,TOP,IF=5 )
④ Yulong Duan* , Jie Yang, Xianqi Duan, et al.Dynamic characteristics of ffame and shock wave evolution in hydrogen-blended natural gas explosions under the coupling of explosion-venting interlayer and porous materials in utility tunnelss[J]. International Journal of Hydrogen Energy. 2025. (SCI检索,IF=8.1 )
⑤ Qinghua Zhang, Yulong Duan*, Xianqi Duan, et al.Dimensional Study of Flexible Protection Device Based on Methane Explosion Protection Mechanism.Scientific Reports. 2025. (SCI检索,IF=3.9)
⑥ Yulong Duan*, Xianqi Duan, Rui Lang, et al.Influence of Flexible Structure Thickness on Methane Explosion Protection in Urban Underground Spaces[J]. Combustion Science and Technology.2025. (SCI检索,IF=1.5)
⑦ Yulong Duan*, Shilin Lei, Zehuan Li, et al. Study on flexible/rigid protection mechanism of hydrogen/methane premixed gas explosion in urban underground space. Process Safety and Environmental Protection. 2024. (SCI检索,TOP,IF=7.8)
⑧ Yulong Duan*,Jun Long,Shuwei Yu, et al.Mechanism of Accelerating Premixed Hydrogen/Methane Flame with Flexible Obstacles[J]. International Journal of Hydrogen Energy. 2024. (SCI检索,IF=8.1 )
⑨ Yulong Duan*, Liwen Liu, Jie Yang, et al.Effects of explosion-venting interlayer within utility tunnels on the characteristics of natural gas explosions[J]. Fuel. 2024. (SCI检索,TOP,IF=6.7 )
⑩ Shilin Lei, Yulong Duan*,Lulu Zheng, et al. Study on Vortex Dynamics of Hydrogen/Methane Flame under Rigid-Flexible Construction Coupling Effects[J]. Thermal Science and Engineering Progress. 2024. (SCI检索,IF=4.8)
11 Xianqi Duan, Yulong Duan*, Lulu Zheng, et al. Study of the effect of nickel foam synergistic CO2 on low hydrogen ratio methane explosion[J]. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects. 2024. (SCI检索,IF=2.3)
12 Shilin Lei , Yulong Duan*, Jun Long, et al. Study On The Effects Of Elastic Modulus Of Constructions On Heat And Mass Transfer Of Gas Explosion[J]. Thermal Science. 2024. (SCI检索,IF=1.7)
13 Yunlong Zou, Ganbo Deng,Yulong Duan*.Investigation of combustion characteristics of critical quenching hydrogen mixing ratios in the presence of ordered porous media.Scientific Reports. 2024. (SCI检索,IF=3.9)
14 Dongping YANG, Yulong DUAN, Min GUO.SUPPRESSION EFFECT OF NICKEL FOAM ON THE EXPLOSION OF METHANE/ETHANE MIXTURE Thermal Science. 2024. (SCI检索,IF=1.7)
15 Yulong Duan*, Fengying Long, Jun Long, et al. Exploration of critical hydrogen- mixing ratio of quenching Methane/hydrogen mixture deflagration under effect of porous materials in barrier tube[J]. International Journal of Hydrogen Energy. 2023. (SCI检索,TOP,IF=7.2 )
16 Shuwei Yu, Yulong Duan*, Fengying Long, et al. The influence of flexible/rigidobstacleon flame propagation and blast injuries risk in gas explosion[J]. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects. 2023. (SCI检索,IF=2.9)
17 Zehuan Li, Yulong Duan*, Shilin Lei, et al. Flame propagation of premixed gas explosion with different equivalent ratio under corrugated fire-retardant core[J]. Thermal Science.2023. (SCI检索,IF=1.7)
18 Shilin Lei, Yulong Duan*, Ziyang Wen.Study on the Evolutionary Behavior of Methane Lean/Enriched Combustion Explosion Flame in Sliding Porous Material[J].Combustion Science and Technology. 2023. (SCI检索,IF=1.9)
19 Yulong Duan*, Zehuan Li, Ziyang Wen, et al. Effects of Flame Arrester Core with Different Thicknesses on Hydrogen-Methane-Air Explosion with Low Hydrogen Ratio[J]. Combustion Science and Technology.2023. (SCI检索,IF=1.9)
20 Duan Y*, Long F, Huang J, et al. Effects of porous materials with different thickness and obstacle layout on methane/hydrogen mixture explosion with low hydrogen ratio[J]. International Journal of Hydrogen Energy, 2022. (SCI检索,TOP,IF=7.14)
21 Long F, Duan Y*, Yu S, et al. Effect of porous materials on explosion characteristics of low ratio hydrogen/methane mixture in barrier tube[J]. Journal of Loss Prevention in the Process Industries.2022. (SCI检索,IF=3.92)
22 Long F, Duan Y*, Bu Y, et al. Promoting of foam copper with chaotic distributed pores on the deflagration of premixed hydrogen-air flame in the tube[J]. Thermal Science, 2022, (00): 101-101. (SCI检索,IF=1.7)
23 Duan Y*, Long F, Wang S, et al. An investigation of hydrogen/methane premixed flame propagation in a tube with copper foam[J]. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects, 2021: 1-15. (SCI检索,IF=2.9)
24 Duan Yulong*, Yang Yanling, Li Yuanbing, et al. Experimental study of premixed methane/air gas suppression by sliding porous media with different elasticity coefficients[J].International Communications in Heat and Mass Transfer. 2021. (SCI检索,IF=6.78)
25 Duan Yulong*,Wang Shuo,Yang Yanling, et al.Influence of initial position of sliding device on premixed methane/air gas explosion flame at driving face in coal mine[J].Combustion Science and Technology. 2021. (SCI检索,IF=2.17)
26 Yulong Duan*, Shuo Wang, Yanling Yang, et al. Experimental study on methane explosion characteristics with different types of porous media[J]. Journal of Loss Prevention in the Process Industries. 2021. (SCI检索,IF=3.66)
27 Duan, Y*., S. Wang, Y. Yang & Y. Li, et al.Experimental Study on Explosion of Premixed Methane-air with Different Porosity and Distance from Ignition Position[J]. Combustion Science and Technology. 2020. (SCI检索,IF=2.17)
28 Yulong Duan*, Yanling Yang, Yuanbing Li, et al.Study on the explosion characteristics of methane/air premixed gas under the inhibition of sliding airtight device[J]. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects. 2020. (SCI检索,IF=3.45)
29 Yulong Duan*, Shuo Wang, et al. Atmospheric disturbance on the gas explosion in closed fire zone[J]. International Journal of Coal Science & Technology. 2020. (SCI检索)
30 段玉龙,王硕,贺森等.多孔材料下气体爆炸转扩散燃烧的特性研究[J].爆炸与冲击.2020.40(09):113-121. (EI检索)
2.著作
段玉龙,范小花,徐俊.《防灭火与防爆技术》.重庆大学出版社. ISBN:978756893 9997. 2023.08.
3.专利
① 国家授权发明专利,《一种公路隧道火灾全封闭阻隔灭火的方法》,专利号: ZL201811204127.X。
② 国家授权发明专利,《一种判断煤矿掘进工作面瓦斯爆炸超压的分析方法》,专利号: ZL201711022351.2。
③ 国家授权发明专利,《一种基于气压波动相位差处理的通风阻力修正计算方法》,专利号:201911184430.2。
④ 国家授权实用新型专利,《一种燃气爆炸抑制装置》,专利号: ZL202022095892.9。
⑤ 国家授权实用新型专利,《一种用于扑救油库罐火灾的氮气泡沫灭火器》,专利号: ZL201721305109.1。
⑥ 国家授权发明专利,《判定煤矿瓦斯爆炸诱发次生火灾机理的方法》,专利号: ZL 2011.1.0196263.0。
⑦ 国家授权发明专利,《煤与瓦斯突出事故报警方法》,专利受理号: ZL 201310482089.5。
⑧ 国家软件著作权登记证书,《油库罐区火灾爆炸事故应急处置虚拟仿真实验V1.0》。
⑨ 国家软件著作权登记证书,《煤与瓦斯突出事故报警系统》。
4.获奖
① 2025年,中国职业安全健康协会科技进步二等奖。
② 2024年,煤炭工业协会科技进步二等奖。
③ 2023年,煤炭工业协会科技进步二等奖。
④ 2023年,河南省科技进步三等奖。
⑤ 2021年,重庆市科技进步二等奖。
⑥ 2015年,煤炭工业协会科技进步三等奖。
5.指导学生成果
累计指导本科生100余人、硕士研究生24人。指导的学生获得各类省部级及以上竞赛奖励二十余项、重庆市优秀硕士学位论文1人、中国冶金教育学会优秀硕士学位论文1人、重庆市优秀毕业研究生2人、校级优秀毕业研究生4人、校级优秀硕士学位论文4人、研究生国家奖学金4人、校级优秀研究生10余人,获批重庆市研究生科技创新项目3项。其中,4人继续攻读高水平院校博士学位。