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Haijun Shen

School of Aeronautics and Applied Mechanics
Tongji University

Publications

Now more than one hundred of papers and four books have been published as first author. The followings are some selected publications.
1.Haijun Shen. Introduction to Nano-Science & Technology. Beijing: Press of National-defence Industry. 2007.
2. Haijun Shen. Carbon Fullerene. Beijing: Scientific Press 2009.
3. Haijun Shen. The Compressive Mechanical Properties of C60 and Endohedral M@C60 (M=Si, Ge) Fullerene Molecules. Mater.Lett. 2006 60(16) : 2050-2054.
4. Haijun Shen. The geometrical configuration and electrical structure of C60 molecule under electric field. Internal J.Nano.Sci.2005 4(3):389-397.
5.Shen Haijun. Geometrical deformation and failure behavior of C60 diamer under applied external electric field. Molecular Simulation.2006 32 (1):59-64.
6.Shen Haijun. Compressive and tensile mechanical properties of Ar-filled carbon nanopeapods. Materials Letters 2007 61(2) :527-530.
7.Haijun Shen. Mechanical Properties of Compressed Cn(n=20, 60, 80, 180) and Endohedral M@C60 (M=Na, Al, Fe) Fullerene Molecules. Molecular Physics.2007 (3).
8.Shen Haijun. Tensile Properties and Electronic Structures of C240 Nanotube and 4C60 Fullerene Polymers. Internal J.Nano.Sci.2006 4(2) :99-107.
9. Haijun Shen. MD simulations of Polymeric C60 Fullerene Layers/Chain under Tension. Molecular Simulation.2006 32(5) :385-390.
10. Haijun Shen. Modified James-Anderson method with 3D effects of fatigue crack propagation considered. International Journal of Fatigue.2005 27: 624-628
11. Haijun Shen. MD simulations on the melting and compression of C, SiC and Si nanotubes. J.Mater.Sci. 2008 (4).
12. Shen Haijun. Collision and energy transfer between C60 fullerenes in one Ar atoms filled carbon nanopeapod. Nano. 2007, 2(1):1-5.
13.Haijun Shen, Wanlin Guo. Corrosive Fatigue of Structures with Dimple Holes Under Spectrum Loading. Fatigue & fracture of Engineering Materials &Structure.2002.23: 489-498.
14.Haijun Shen, Wanlin Guo. 3D constraint effects on 3D crack propagation. International Journal of Fatigue.2005 27:617-623.
15. Wanlin Guo, Haijun Shen. Stress intensity factors for elliptic surface cracks in round bars with different stress concentration coefficient. International Journal of Fatigue 2003,10(2):22-43.
16. Shen Haijun. Mechanical properties and Electronic Structures of Compressed C60, C180 and C60@C180 Fullerene Molecules. J.Mater.Sci. 2007(4) .
17. Haijun Shen. Electronic structure and electrical transport characteristics of C60, 2C60 and 4C60 fullerene molecules. Front. Mater. Sci. China 2007, 2(1): 1-5.
18. Haijun Shen. Mechanical characters of compressed Cn and endohedral M@C60 fullerene molecules. Chinese Journal of Materials Research2004,18(6)647-653.
19. Haijun Shen. Characteristics of Electronic Transmission on Au Electrode-Compressed C20 Fullerene-Au Electrod e Systems. Chinese Journal of Chemical Physics.2004 17(6):717-721.
20. Haijun Shen. Molecular Dynamics Simulations on the Melting and Tension Characteristics of C,SiC and BN Nanotubes Journal of Petrochemical Universities, 2006 19(12)60-64.
21. Haijun Shen. Electronic Transmission of C_(60),C_(180) and C_(60)@C_(180) Fullerene Molecules. Journal of Petrochemical Universities, 2006 19(3) :1-5.
22. Haijun Shen. Molecular simulations of the loading of methadone and buprenorphine into carbon nanotubes. Acta Pharmaceutica Sinica.2006 41(9):888-892.
23. Haijun Shen. Electronic transmission of Au electrode-C_(60),Si@C_(60) or Si@C_(60) fullerene molecule-Au electrode systems. Journal of Functional Materials and Devices,2006 12(6)551-556.
24. Haijun Shen. Effect of Anode Dissolution on Corrosive Fatigue Crack Growth, Journal of Northwestern Polytechnical University, 2001.19(2):225-228.
25. Haijun Shen. Coalescence and fragmentation after collision of C_(20)-C_(20) fullerence molecules. Computers and Applied Chemistry. 2005 22(2) :133-137.
26. Haijun Shen. Characteristics of eletronic transmission for carbon atom chains. Chinese Journal of Atomic and Molecular Physics,.2004.21(2):280-284.
27. Haijun Shen. On application and appreciation of elastic-plastic finite element analysis with different yield functions, Chinese Journal of Computational Mechanics, 2000,17(4):500-503.
28. Haijun Shen. FE Analyses of Tensile "Y"-shaped, Bamboo-shaped, and Straight Carbon Nanotubes. Journal of Materials Science and Engineering,2005,23(3):321-324.
29. Haijun Shen. Conformations and melting characteristics of Ni_(534) Cluster, free and imprisoned in a carbon nanotube. Computers and Applied Chemistry.2005 22(8) :613-616.
30. Haijun Shen. Conformations and melting characteristics of Ag clusters in carbon nano-tube. Chinese Journal of Atomic and Molecular Physics, 2005 22(4) :676-680.
31. Haijun Shen. Nonlinear Spar Element Method Applicable to Analyze Compressed and Tensioned C(60) Crystal Membranes. Journal of Materials Science and Engineering.2005 23(2) : 204-206.
32. Haijun Shen. Creating carbon nanotube and researching into its mechanics properties by HyperChem. Computers and Applied Chemistry.2004 21(3) : 485-488.
33. Haijun Shen. MD Studies on the Melting and Compressive Properties of C,SiC and Si Nanotube. Journal of Materials Science and Engineering, 2006 24(5):679-681.
34. Haijun Shen. Monte Carlo Simulation on Low-Energy Electrons Scattering in Ni, NiTi and Ti Bulks. Journal of Nanjing University of Aeronautics & Astronautics 2005 37(6):694-698.
35. Haijun Shen. Quantum-Chemical Analyses about the Hole-Transmission Properties of Three Diamine Molecules. Photographic Science and Photochemistry,.2005 23(6) :435-440.
36. Haijun Shen,Wanlin Guo. Three-Dimensional Fracture Method for Predicting Fatigue S-N Curves. Journal of Nanjing University of Aeronautics & Astronautics,.2002,34(3):216-220.
37. Haijun Shen. Compressive mechanical properties of C_(60),C_(240) and C_(60)@C_(240) fullerenes.Chinese Journal of Atomic and Molecular Physics, 2006 23(5):850-854.
38. Haijun Shen. AM1 analyses of three C_(240) isomeric molecules. Chinese Journal of Atomic and Molecular Physics, 2006 23(4): 621-625
39. Haijun Shen. Semi-empirical quantum-chemical analyses of C_180 isomeric molecules. Computers and Applied Chemistry. 2005 22(10) : 895-898.
40. Haijun Shen, Guozhi Li. Quantitative analysis of anode solution during corrosive fatigue crack initiation. Acta Aeronautica Et Astronautica Sinica, 2000,21(6):564-566.
41. Haijun Shen, Wanlin Guo. Visualization of Fatigue Life of Structures and Virtual Fatigue Design, China Mechanical Engineering 2003 14(11): 930-932.
42. Haijun Shen,Wanlin Guo. 3D finite element analysis of sif of the structure with dimple hole, Acta Aeronautica Et Astronautica Sinica, 2002,23(2):106-110.
43. Haijun Shen. Elliptical Subsequent Yield Function and Its Application to Elastic-Plastic Finite Element Analysis. Journal of northwestern polytechnical university 2000,18(3):462-465.
44. Haijun Shen,Wanlin Guo. Three-Dimensional Finite Element Analysis of SIFs of Elliptic Surface Crack in Dimple Fastener. Mechanical Science and Technology,2002, 21(2):255-257.
Member
Grade: Member

Member since June 22, 2011
Contact Details
Address: School of Aeronautics and Applied Mechanics,Tongji University,Shanghai,China
Phone: 15000738542
Email: visible to members only
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