REN Huilan
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Name
REN Huilan
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Title
Professor
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Address
School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
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Tel
+86-10-68918315
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Email
huilanren@bit.edu.cn
Research Interests
Damage mechanics; Mechanics of composite materials; Reactive materials ;Acoustic emission;
Academic Achievements
1. Huilan Ren,Jianguo Ning. Shock dynamic of soild Theoretical mechanics. National Defense Industry Press. 2013. Beijing.
2. RenHuilan*,Liu Xiaojun, NingJianguo. 2016.Microstructure and mechanical properties of W-Zr reactive materials. Materials Science & Engineering A, 660:205-212.
3. RenHuilan*,Liu Xiaojun, NingJianguo.2016.Impact-initiated behavior and reaction mechanism of W/Zr composites with SHPB setup. AIP Advances, 6(11):2129-293.
4. RenHuilan,NingJianguo*,MaTianbao. 2013.Acoustic emission and damage characteristics of alumina, Engineering Failure Analysis, 35:294-301
5. Ren HuiLan,Shu XueFeng,Li Ping. 2010. Numerical and experimental investigation of the fracture behavior of shock loaded alumina. Science China-Physics Mechanics&Astronomy.2 53(2): 244-252
6. NingJianguo,Chu Liang, RenHuilan*.2014.A quantitative acoustic emission study on fracture processes in ceramics based on wavelet packet decomposition, Journal of Applied Physics, 116:084901
-
NameREN Huilan
-
TitleProfessor
-
AddressSchool of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
-
Tel+86-10-68918315
-
Emailhuilanren@bit.edu.cn
Research Interests
Damage mechanics; Mechanics of composite materials; Reactive materials ;Acoustic emission;
Academic Achievements
1. Huilan Ren,Jianguo Ning. Shock dynamic of soild Theoretical mechanics. National Defense Industry Press. 2013. Beijing.
2. RenHuilan*,Liu Xiaojun, NingJianguo. 2016.Microstructure and mechanical properties of W-Zr reactive materials. Materials Science & Engineering A, 660:205-212.
3. RenHuilan*,Liu Xiaojun, NingJianguo.2016.Impact-initiated behavior and reaction mechanism of W/Zr composites with SHPB setup. AIP Advances, 6(11):2129-293.
4. RenHuilan,NingJianguo*,MaTianbao. 2013.Acoustic emission and damage characteristics of alumina, Engineering Failure Analysis, 35:294-301
5. Ren HuiLan,Shu XueFeng,Li Ping. 2010. Numerical and experimental investigation of the fracture behavior of shock loaded alumina. Science China-Physics Mechanics&Astronomy.2 53(2): 244-252
6. NingJianguo,Chu Liang, RenHuilan*.2014.A quantitative acoustic emission study on fracture processes in ceramics based on wavelet packet decomposition, Journal of Applied Physics, 116:084901