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    羅權兵

    2019-09-23 08:29:39人瀏覽

    羅權兵(Luo, Quanbing)

    羅權兵2020欧洲杯足球滚球比分,湖北荊門人2020欧洲杯足球滚球比分,1988年03月出生,廣東工業大學“青年百人”引進人才,講師、博士2020欧洲杯足球滚球比分。

    研究方向:

    (1)易燃物質熱危險性研究2020欧洲杯足球滚球比分,主要包括:不同易燃固體堆積物自熱/自燃火災的特性、機理及防治措施2020欧洲杯足球滚球比分;不同易燃液體著火與爆炸的特性、機理及防治措施。

    (2)計算流體力學及網格劃分基礎算法研究2020欧洲杯足球滚球比分,主要包括:Navier-Stokes方程的有限體積法求解算法(關注于算法實施簡易性2020欧洲杯足球滚球比分、準確性及穩定性);自適應且高質量非結構網格劃分算法。

    工作經歷:

    2017.7-今 廣東工業大學,環境科學與工程學院,安全工程系.講師(青年百人).

    教育經歷:

    2016.2–2017.2博士生聯合培養, University of Wollongong, Australia.導師:Ting Ren.

    2011.9–2017.7研究生,中山大學.工程力學(碩博連讀,博士學位)2020欧洲杯足球滚球比分,導師:梁棟.

    2007.9–2011.7本科生,貴州大學.安全工程(學士學位).

    授課課程:

    本科生:C語言程序設計、安全檢測與控制技術

    主持項目:

    [1]廣東工業大學“青年百人計劃”科研啟動項目:易燃固體物質熱分解特性及自燃危險性研究,2017.7-2022.7(負責人,10萬)。

    電子郵件(Email):

    quanbing.luo@foxmail.com

    Dr. Quanbing Luo is currently a lecturer at the School of Environmental Science and Engineering, GuangDong University of Technology. Quanbing does research in the field of Fire Safety, Combustion, and Computional Physics.

    Quanbing joined the GuangDong University of Technology in July 2017. Quanbing obtained his Doctoral degree from Sun Yat-Sen University in July 2017 and Bachelor degree from Guizhou University in July 2011. Quanbing was a visiting PhD student of University of Wollongong, Australia from February 2016 to February 2017.

    For more information, please refer to researchgate.

    https://www.researchgate.net/profile/Quanbing_Luo2/

    發表論文(Publications)(第一作者#2020欧洲杯足球滚球比分,通訊作者*)

    [1]Quanbing Luo#*, Discretized pressure Poisson algorithm for steady incompressible flow on two-dimensional triangular unstructured grids,European Journal of Mechanics / B Fluids, 2020 (SCI論文).

    [2]Wenbin Xu#; Liang Liang;Quanbing Luo*; Zili He; Minghua Liang; Hao Shen*; Dong Liang, Comparison of six ester components in nitrocellulose lacquer thinner from the aspects of dissolution rates, explosion characteristics and environmental influence,Progress in Organic Coatings, 2020, 139, 105426 (SCI論文).

    [3]Xiaochun Zhang#; Zijian Zhang; Zhenyi Zhang; Wenbin Xu;Quanbing Luo*; Haowen Tao; Xing Li*, Experimental investigation of compartment fires with circular opening: From the aspects of internal temperature and facade flame,Combustion and Flame, 2020, 213: 107-116 (SCI論文).

    [4]Quanbing Luo#; Zili He; Wenbin Xu*; Hao Shen*; Dong Liang; Ting Ren, The spontaneous combustion mechanism of sawdust from the aspect of biochemical components,Cellulose, 2019, 26(17): 9045-9055 (SCI論文).

    [5]Quanbing Luo#; Ting Ren; Hao Shen*; Jian Zhang; Dong Liang, The Thermal Properties of Nitrocellulose: From Thermal Decomposition to Thermal Explosion,Combustion Science and Technology, 2018, 190(4): 579-590 (SCI論文).

    [6]Quanbing Luo#*; Dong Liang; Ting Ren; Jian Zhang, Calculation of critical parameters for spontaneous combustion for some complex geometries using an indirect numerical method,The ANZIAM Journal, 2018, 59(3): 402-412 (SCI論文).

    [7]Wenbin Xu#; Zili He;Quanbing Luo*; Hao Shen*; Dong Liang; Ting Ren, The influence of soluble components on spontaneous combustion risk of sawdust samples,Thermochimica Acta, 2018, 670: 219-225 (SCI論文).

    [8]Quanbing Luo#; Ting Ren; Dong Liang; Jian Zhang; Hao Shen*, A study on the Thermal Decomposition Temperature (TDT) and Critical Ambient Temperature (CAT) of cotton,Journal of Thermal Analysis and Calorimetry, 2017, 128: 1617–1625 (SCI論文).

    [9]Quanbing Luo#; Ting Ren; Hao Shen*; Dong Liang*; Jian Zhang, Comparison of thermal hazards of sodium dithionite and thiourea dioxide from thermal analysis (DSC-TG), small-scale self-heating experiments and FTIR smoke gas analysis,Fire Safety Journal, 2017, 92: 91-97 (SCI論文).

    [10]Quanbing Luo#*; Ting Ren; Dong Liang, Discretized pressure Poisson algorithm for the steady incompressible flow on a nonstaggered grid,Numerical Heat Transfer, Part B: Fundamentals, 2017, 71(6): 549-559 (SCI論文).

    [11]Quanbing Luo#; Dong Liang; Hao Shen*, Evaluation of self-heating and spontaneous combustion risk of biomass and fishmeal with thermal analysis (DSC-TG) and self-heating substances test experiments,Thermochimica Acta, 2016, 635: 1-7 (SCI論文).

    [12]Quanbing Luo#; Dong Liang; Shanjun Mo*, Numerical Calculation of the Critical Parameters of Frank-Kamenetskii Equation in Spontaneous Combustion Theory,Numerical Heat Transfer, Part B: Fundamentals, 2015, 68(5): 403-417 (SCI論文).

    2020欧洲杯足球滚球比分
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