LV Zhongjie
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Name
LV Zhongjie
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Title
Associate Professor
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Address
Room 222, Teaching building No.9, School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
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Tel
+86-10-68915832
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Email
lvzhongjie@bit.edu.cn
Research Interests
1) Measurement of explosion shock wave overpressure
2) High-speed shock phenomenon measurement using 152mm gas-gun
3) Measurement of explosion about molten aluminum meeting coolant
Academic Achievements
2014, the Ministry of industry and information technology, National Defense Science Progress Award, * * * design theory and application, ranking 61 Xin Q, Lu Z, Feng J, Huang F; The fragmentation research on explosion of molten aluminum in water, Acta ARMAMENTARII, 35: 228-232,2014
3 Yang Z, Lu Z, Wu B; Comparative research on depth empirical formula of projectile with attack angle oblique penetration into Concrete, Journal of Sichuan Ordnance, 35 (1) pp37-40,2014
4 Wang J, Liu Y, Duan Z, Lv Z, Du Z, Huang F; Collapse effect of concrete under internal explosion of shelled charge, Acta ARMAMENTARII, 35: pp207-212, 2014
5 Li J, Lu Z, Zhang H, Huang F; Non-ideal Perforation Experiments of Concrete Targets with Steel Projectiles, Journal of Projectile and Guidance, 33 (5) pp86-90, 2013
6 Liu Y, Lu Z, Huang F; The Numerical Simulation of the Pressure Wave in the Process of Steam Explosion, Journal of Beijing Institute of Technology, 33 (4) pp339-342, 2013
7 Liu Y, Lu Z. Numerical Simulation of Heat Transfer When Molten Aluminum into Coolant, Transaction of Beijing Institute of Technology, 33: pp203-205, 2013
8 Lu Z, Wang P, et al; Shockwave Effects of Explosion about Molten Aluminum and Coolant Water, Explosion & Shock Waves, S1 pp201-205, 2013
9 Lu Z, et al. Digital Pressure Recorder Dynamic Pressure Calibration Device, Utility Model Patent, ZL 201521019529.4
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NameLV Zhongjie
-
TitleAssociate Professor
-
AddressRoom 222, Teaching building No.9, School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
-
Tel+86-10-68915832
-
Emaillvzhongjie@bit.edu.cn
Research Interests
1) Measurement of explosion shock wave overpressure
2) High-speed shock phenomenon measurement using 152mm gas-gun
3) Measurement of explosion about molten aluminum meeting coolant
Academic Achievements
2014, the Ministry of industry and information technology, National Defense Science Progress Award, * * * design theory and application, ranking 61 Xin Q, Lu Z, Feng J, Huang F; The fragmentation research on explosion of molten aluminum in water, Acta ARMAMENTARII, 35: 228-232,2014
3 Yang Z, Lu Z, Wu B; Comparative research on depth empirical formula of projectile with attack angle oblique penetration into Concrete, Journal of Sichuan Ordnance, 35 (1) pp37-40,2014
4 Wang J, Liu Y, Duan Z, Lv Z, Du Z, Huang F; Collapse effect of concrete under internal explosion of shelled charge, Acta ARMAMENTARII, 35: pp207-212, 2014
5 Li J, Lu Z, Zhang H, Huang F; Non-ideal Perforation Experiments of Concrete Targets with Steel Projectiles, Journal of Projectile and Guidance, 33 (5) pp86-90, 2013
6 Liu Y, Lu Z, Huang F; The Numerical Simulation of the Pressure Wave in the Process of Steam Explosion, Journal of Beijing Institute of Technology, 33 (4) pp339-342, 2013
7 Liu Y, Lu Z. Numerical Simulation of Heat Transfer When Molten Aluminum into Coolant, Transaction of Beijing Institute of Technology, 33: pp203-205, 2013
8 Lu Z, Wang P, et al; Shockwave Effects of Explosion about Molten Aluminum and Coolant Water, Explosion & Shock Waves, S1 pp201-205, 2013
9 Lu Z, et al. Digital Pressure Recorder Dynamic Pressure Calibration Device, Utility Model Patent, ZL 201521019529.4