Paper Publications

• [1]1.Ran Tu, Qiyuan Xie, Jianxin Yi, Kang Li, Xuejin Zhou and Xi Jiang,An experimental study on the leakage process of high pressure CO2 from a pipeline transportsystem, Greenhouse Gases: Science and Technology, 4(6):777–784 (2014).2021,
• [2]2.Xie Qiyuan, Tu Ran, Jiang Xi, Li Kang and Zhou Xuejin,The Leakage Behavior of Supercritical CO2 Flow in an Experimental Pipeline System,Applied Energy, 130:574-580 (2014).2021,
• [3]3.Xie Qiyuan*, Tu Ran, Wang Nan, Ma Xin and Jiang Xi,Experimental Study on Flowing Burning Behaviors of a Pool Fire with Dripping of MeltedThermoplastics, Journal of Hazardous Materials, 267: 48–54 (2014).2021,
• [4]4.Qiyuan Xie*, Qing Li, Thomas Plocher and Isaac Papier.Experimental Study on the Time-dependent Smoke Densities at 39 Locations in a Multi-floorBuilding through a Digital Smoke Detector System, Fire and Materials, 38(5): 507-528 (2014).2021,
• [5]5.Li Kang, Zhou Xuejin, Tu Ran, Xie Qiyuan and Jiang Xi,The Flow and Heat Transfer Characteristics of Supercritical CO2 Leakage from a Pipeline,Energy, 71:665-672 (2014).2021,
• [6]6.Wang Nan, Tu Ran, Ma Xin, Xie Qiyuan* and Xi Jiang,Melting Behavior of Typical Thermoplastic Materials – An Experimental and Chemical KineticsStudy, Journal of Hazardous Material, 262: 9-15 (2013).2021,
• [7]7.Xie Qiyuan* and Zhu Hejiang, Experimental Study on the Ignition Behavior of FlexiblePolyurethane Foams by a Smoldering Cigarette, Journal of Applied Fire Science, 22(4): 261-272 (2013).2021,
• [8]8.Li Liming, Xie Qiyuan, Cheng Xudong and Zhang Heping,Cracking Behavior of Glazings with Different Thicknesses by Radiant Exposure,Fire and Materials, 36(4): 264-276 (2012).2021,
• [9]10.Qiyuan Xie, Heping Zhang and Dongya Si, Experimental study on critical breakage stressof float glass with different thicknesses under conditions with temperatures of 25 and 200°C,Fire and Materials, 35(5): 275–283 (2011).2021,
• [10]11.Xie Qiyuan, Zhang Heping, Han Zhanfang and Mei Peng, Full-scale Study on CombustionCharacteristics of an Upholstered Chair under Different Boundary Conditions—Part 2:Ignition at the Backrest Top, Fire and Materials, 35(8):539-551 (2011).2021,