LONG Renrong
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Name
LONG Renrong
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Title
Associate Professor
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Address
School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
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Tel
+86-10-68915607
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Email
longrenrong @bit.edu.cn
Research Interests
Hypervelocity impact, dynamic tests, structure response under shock and impact loading, etc.
Academic Achievements
1. Zhang Qingming*, Long Renrong, et al., A model for debris clouds produced by impact of hypervelocity projectiles on multiplate structures. Applied Physics Letters, 93(21), 2008.
2. Zhang Qingming*, Long Renrong, et al., SPH simulations of hypervelocity impact of Al spheres on multi-plate structure. International Journal of Modern Physics B, 22( 9/11):1604 - 1611, 2008.
3. Long Renrong*, Zhang Qingming, Dynamic model for debris clouds produced from impacts of hypervelocity projectiles with thin sheets. Transaction of Beijing Institute of Technology, 29(3)193-196, 2009.
4. Long Renrong*, Zhang Qingming, Jiang Guoyan. Experimental study and numerical simulation of hypervelocity impact on multi-sheet structure, Transaction of Beijing Institute of Technology, 29(s1): 50-53, 2009.
5. Long Renrong*, Chen Xia, Zhang Qingming, et al. Study on shock resistance of hydro-pneumatic buffer, Transaction of Beijing Institute of Technology, 33(s2):60-63, 2013.
6. Long Renrong*, Fu Yuesheng, Zhang Qingming. A location method for underwater explosion source and error analysis Explosion and Shock Waves, 33(2):181-185, 2013.
7. Long Renrong*, Zhang Ju, et al. Tensile dynamic behaviour of unidirectional glass fiber reinforced composite. Transaction of Beijing Institute of Technology, v 35(S2), p 213-216, 2016
8. Gan Yundan, Long Renrong*, Zhang Qingming, et al. Dyanamic deformation characteristic of metal cylindrical shell subject to internal explosion load based on 3D-DIC method. Transaction of Beijing Institute of Technology, v 35(S2), p 107-110, 2016
9. Zhang Kai, Long Renrong*, Zhang Qingming*, et al., Flash characteristics of plasma induced by hypervelocity impact. Physics of Plasmas, V23(8), 083519-1-5, 2016
-
NameLONG Renrong
-
TitleAssociate Professor
-
AddressSchool of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
-
Tel+86-10-68915607
-
Emaillongrenrong @bit.edu.cn
Research Interests
Hypervelocity impact, dynamic tests, structure response under shock and impact loading, etc.
Academic Achievements
1. Zhang Qingming*, Long Renrong, et al., A model for debris clouds produced by impact of hypervelocity projectiles on multiplate structures. Applied Physics Letters, 93(21), 2008.
2. Zhang Qingming*, Long Renrong, et al., SPH simulations of hypervelocity impact of Al spheres on multi-plate structure. International Journal of Modern Physics B, 22( 9/11):1604 - 1611, 2008.
3. Long Renrong*, Zhang Qingming, Dynamic model for debris clouds produced from impacts of hypervelocity projectiles with thin sheets. Transaction of Beijing Institute of Technology, 29(3)193-196, 2009.
4. Long Renrong*, Zhang Qingming, Jiang Guoyan. Experimental study and numerical simulation of hypervelocity impact on multi-sheet structure, Transaction of Beijing Institute of Technology, 29(s1): 50-53, 2009.
5. Long Renrong*, Chen Xia, Zhang Qingming, et al. Study on shock resistance of hydro-pneumatic buffer, Transaction of Beijing Institute of Technology, 33(s2):60-63, 2013.
6. Long Renrong*, Fu Yuesheng, Zhang Qingming. A location method for underwater explosion source and error analysis Explosion and Shock Waves, 33(2):181-185, 2013.
7. Long Renrong*, Zhang Ju, et al. Tensile dynamic behaviour of unidirectional glass fiber reinforced composite. Transaction of Beijing Institute of Technology, v 35(S2), p 213-216, 2016
8. Gan Yundan, Long Renrong*, Zhang Qingming, et al. Dyanamic deformation characteristic of metal cylindrical shell subject to internal explosion load based on 3D-DIC method. Transaction of Beijing Institute of Technology, v 35(S2), p 107-110, 2016
9. Zhang Kai, Long Renrong*, Zhang Qingming*, et al., Flash characteristics of plasma induced by hypervelocity impact. Physics of Plasmas, V23(8), 083519-1-5, 2016