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WORK/EDUCATION：  

2013.12-2014.12, McGill University, School of Engineering, Visiting Scholar

2015.07-2018.01, University of Science and Technology Beijing, School of Civil and Resource Engineering, Postdoctoral Fellow

2018.07-  ,Associate Professor, School of Civil and Resource Engineering, University of Science and Technology Beijing

2010.09-2015.06, Major in Safety Technology and Engineering of Beijing Institute of Technology, Doctor degree.

2007.09-2010.07, Major in Safety Technology and Engineering of China University of Petroleum, Master degree, .

2003.09-2007.07,Major in safety specialty of China University of Petroleum, Bachelor degree .

Research areas：

1. Gas explosion/detonation mechanism, explosion safety

2. Impact dynamics

3. Mine safety engineering

4. Reliability, risk assessment

Undergraduate course：

1. Combustion and explosion

2. Safety monitoring and monitoring principle and application

Undergraduate Courses：

1. Combustion and explosion

2. The design of fire protection

3. Risk analysis of uncertain and practice 

Projects and Papers：

Postdoctoral Fund: Research on the Quantitative Impact of Boundary Conditions on Detonation Internal Microstructures, 2016/01-2017/12.

  National Natural Science Foundation of China, RThe Formation Mechanism and Digital Simulation Studying of Spinning Detonation Three-dimensional Cellular Structure,2016/12-2019-12.

H Zhao, J. H. S. Lee, J. Lee, et al. Quantitative comparison of cellular patterns of stable and unstable mixtures[J]. Shock Waves, 2016, 26: 621-633. 

Zhao Huan-juan, Yan Yi-ran, Zhang Ying-hua, Gao Yu-kun. Propagating Characteristic of Premixed Methane-oxygen Deflagration in the Coal Mine Lane Including a Refuge Chamber [J]. Journal of Beijing Institute of Technology, 2018, 27(1): 109-117. Accession number: 20181805130565.

Huanjuan ZHAO, Yiran Yan, Yinghua Zhang. Quantitative effect of Ar dilution on the dynamic detonation parameters in acetylene-oxygen mixtures[J]. Advanced in Mechanical Engineering, 2018, 10(4):1-10.

  Project : structure safety analysis of Mine machinery

Paper1: ZHAO Huan-juan, Qian Xin-ming, 2011. Simulation analysis on structure safety of Coal Mine Mobile Refuge Chamber under explosion load, Safety Science.(SCI)

Paper2: ZHAO Huan-juan, Qian Xin-ming, 2012. Structure safety analysis and optimization countermeasure of refuge chamber shell under explosion load. Journal of China Coal Society. (EI)

Paper3: ZHAO Huan-juan, Qian Xin-ming, 2012. Simulation analysis on structure safety of two typical refuge chamber shell forms under explosion load. Procedia Engineering.

  Project: Safety supervision bureau accident investigation project

Paper4: Zhao Huan-juan, Qian Xin-ming, 2012. Simulation Analysis of Explosion Process and Destructive Effect for Gas Explosion Happened in Buildings. 2012 Shenyang International Colloquium on Safety Science and Technology. (EI)

Paper5:

  Project: Simulation of deep-water drilling technology research and development through The national science and technology major special subject

Paper: ZHAO Huan-juan,QI Ming-xia, 2010. Reliability Analysis of Drilling Derrick. Oil Field Equipment. Liu Jian,Qi Mingxia,Zhao Huanjuan, 2011. (national core journal)

Liu Jian, ZHAO Huan-juan,QI Ming-xia, 2011. An analysis of the structural reliability of the offshore drilling rig on the basis of stress analysis. China Petroleum Machinery. (national core journal)

LIU Hong-cui,QI Ming-xia, ZHAO Huan-juan, 2009. An analysis of the structural reliability of the offshore drilling rig on the basis of stress analysis. China Petroleum Machinery. Application of Fuzzy Comprehensive Evaluation in Petroleum Drilling Rig Assessment. Oil Field Equipment. (national core journal)

  Project :‘drillbit fault diagnosis system research ’

Paper: ZHAO Yi-fan, QI Ming-xia, ZHAO Huan-juan, 2010. Test on Fault Diagnosis of Rolling Bearings Based on Acoustic Emission Technique. Bearing. (national core journal)

  Project : safety training policy research for Small and medium-sized enterprise through The ministry of industry and information department

  Project : environmental and chemical risk examination of Key industries enterprise in BeiJing

  Project : Sour natural gas emergency ignition hand-held device research

KNOWLEDGE BACKGROUND：

  Computer Abilities

-- Especially adept at the use of computer languages C, MATLAB

Frequent user of Solidworks, Pro/E, Ansys, hyperworks, AutoCAD, Office, Photoshop, etc

Skilled in acquiring information from Internet

Familiar with the hardware and software of the computers

  Language

-- Have a good command of spoken, written and listening English. 

Past CET-4 and CET-6; be familiar with the translation of kinds of technical papers and specifications, through the spoken language test.

  Specialty

Very good experiment skill and practice ability.

Excellent mechanical Knowledge and mathematics basic knowledge, skilled user of finite element simulation.

Very good English writing ability.

Independently completed a number of projects.

VOLUNTEER：

Compulsory speecher, gerocomium voluntary, caring donation, voluntary blood donors.