2. The national key basic research and development plan (973 plan) (65438+2008 10-65438+February 2009) is responsible for the project "Principles and methods of earthquake damage control of urban buildings".
3. Real-time substructure technology of structural control experiment, supported by National Natural Science Foundation of China (65438+2006 10-65438+February 2008), responsible for.
4. Real-time pseudo-dynamic experimental research, funded by the Ministry of Education for outstanding talents in the new century (65438+2006 10-65438+February 2008), responsible for
5. The national science and technology support plan (65438+2007 10-65438+February 2000) is responsible for the sub-project "Design Criteria and Design Guidelines for Energy Dissipation and Damping and Intelligent Control Devices".
6. National Science and Technology Support Program Sub-project "Study on Isolation and Energy Dissipation Technology of Rural Buildings" (2006 165438+ 10-2010 65438+February), responsible for
7. Intelligent damping and vibration isolation control technology of new platform structure, a sub-project of National High-tech Research and Development Plan (863 Plan) (65438+20061October-June), is responsible for
8. The collaborative test method and system of modern structure pseudo-dynamic earthquake simulation is responsible for the sub-project of the National Natural Science Foundation (65438+2004 10-65438+February 2007)
9. Magnetorheological damping and vibration reduction device for JZ20-2NW offshore platform of CNOOC (China) Co., Ltd. (2004 1 month -20061month), responsible for.
10. new energy dissipation device, structural performance and design method, supported by national natural science foundation (65438+99 10/2 February).
1 1. Real-time substructure test technology and its application in passive control test of structures were funded by the Research Start-up Fund for Overseas Students of the Ministry of Education (March 2005-March 2006).
12. Reliability design of structural damage performance and control of energy consumption and vibration reduction are under the research fund of Harbin Institute of Technology (0 1 year 1 year -02 65438+February).
13. Reliability design of damage performance of reinforced structures and control of energy consumption and vibration reduction, which is under the responsibility of Heilongjiang Provincial Postdoctoral Research Start-up Fund (0 1 year 1 month -021February).
14. Experimental study on energy dissipation and seismic strengthening of Beijing Hotel of China Institute of Building Science (165438+ 1998 10 -65438+ 1999 10), in charge.
15. Research on seismic fortification and isolation of Shanghai maglev railway Bridge by Shanghai Municipal Engineering Design and Research Institute (0 1-0/-07), responsible for selecting1. In 2005, we entered the outstanding talents program in the new century.
2. The first prize of outstanding achievements in scientific research in colleges and universities in 2009 (ranked third): structural vibration control and application.
3.2009 Heilongjiang Youth Science and Technology Award 1. Variable friction energy dissipator (utility model), August 2003, patent number: ZL022 11645.1,ranking1.
2. Multilayer viscoelastic energy dissipator (utility model), 2003. 10, patent number: ZL022 1 1643.5, ranking 1.
3. Piezoelectric friction damper (utility model), May 2004, patent number: ZL032 12922. X, ranked third.
4. Multilayer T-shaped core friction energy dissipator (utility model), 2003.8, patent number: ZL022 1 1644.3, ranking second.
5. Isolation device for offshore platform with fixed jacket (utility model), 2003. 10, patent number: ZL02280696.2, ranking second.
6. Tapered shape memory alloy damper (utility model), 2004. 1, patent number: ZL032 1 1544. X, ranked third.
7. All-angle steel buckling-restrained brace member (utility model), February 2009, patent number: ZL200820089959.7, ranked second by Zhao Junxian, Ou. Quasi-static hysteretic test of a new type of all-steel buckling-restrained brace. Journal of civil engineering. (employment) (EI)
Wu Bin Guo Xushan. Effective control methods such as real-time substructure test of elastic specimens. Vibration and shock. (employment) (EI)
Ma Ning, Zhao Junxian, Ou, Yang Weibiao, Wu Yong. Full-scale test of components and subsystems of all-steel buckling-restrained braces with cross-shaped cores. Journal of civil engineering. (employment) (EI)
Li Yan, oh. Study on numerical solution of energy conservation step-by-step integration method. Vibration and shock. (employment) (EI)
Li Yan, oh. Substructure test method based on energy conservation integral. Engineering mechanics. 20 10/0,27 (1), 1-7. (EI)
Zhang Jigang, Wu Bin, Ou Jinping. Design of vibration isolator for offshore platform. Journal of Harbin Institute of Technology.2009,41(10):174-176. (EI)
Wu Bin Zhao Junxian. Working mechanism and stability design method of buckling-restrained braces. Earthquake engineering and engineering vibration. 2009,29 (3): 13 1- 139.
Wubinwang town. Real-time online delay estimation method based on least square method. Journal of vibration engineering. 2009, 22(6): 625-63 1.(EI)
Shi Pengfei, Wu Bin. Dynamic characteristics and vibration reduction effect analysis of quasi-negative stiffness and viscous damping hybrid vibration reduction structure. Vibration and shock. 2009，28( 1 1): 163- 167(EI)。
Shi Pengfei, Wu Bin. Dynamic characteristics and vibration reduction effect analysis of quasi-negative stiffness damping structure. Journal of Disaster Prevention and Mitigation Engineering .2009,29 (3): 300-305 (EI).
Wubinwang town. Stability analysis of implicit dynamic substructure test. Journal of Hunan University (Natural Science Edition) .2009,36 (10): 23-28 (EI).
Wu Bin Guo Xushan. Effective control method of proportional integral control real-time substructure test. Engineering mechanics. 2009,26 (9): 251-256 (ei).
Wang Qianying, Wu Bin, Ou Jinping. Research and application of real-time substructure experiment. World earthquake engineering. 2008, 24( 1): 40-46.
,, ou, Tian Shizhu, Zhang. Real-time substructure experiment using MTS control system. Journal of Harbin Institute of Technology.2008,40 (12):1895-1899 (ei).
Wu Bin, Wang Qianying. Research progress of real-time substructure experiment. Experimental mechanics. 2007, 22(6): 1-9.
Zhang Jigang, Wu Bin, Ou Jinping. Shaking table test and analysis of SMA damping vibration isolation for offshore platform structure. Earthquake engineering and engineering vibration. 2007,27 (6): 24 1-247.
Wang Qianying, Wu Bin, Ou Jinping. Stability analysis of real-time substructure experiment considering actuator time delay and its compensation. Engineering mechanics.2007,24 (2): 9-14,8 (ei)
Wang Xiangying, Wu Bin, Wang Qianying. Sliding mode control for real-time substructure test. Engineering Mechanics. 2007,24 (6):174-179. (EI)
Li Yan,,, Oh. Experimental study on buckling-restrained steel brace dampers. Journal of Civil Engineering.2006,39 (7): 9-14 (ei).
Zhang Jigang, Wu Bin, Ou Jinping. Vibration isolation control of a platform in Bohai Sea. Journal of shenyang jianzhu university. 2006，22 ( 1): 68-72。 (EI)
Wu Bin, Bao Haie. Stability and accuracy of Chang algorithm in real-time substructure experiment. Earthquake engineering and engineering vibration. 2006, 26(2):4 1-48.
Wu Bin Xi Kaiya. Control solution of implicit step-by-step integration method. Low temperature building technology. 2006,5:49-50.
Leng Dongmei, Wu Bin. Study on semi-active control of ice-induced magnetorheological damping of JZ20-2NW platform structure. Low temperature building technology. 2006,5:48-49.
Li Yan, oh. Comparative study on equivalent linearization methods of elastic-plastic structures. Engineering earthquake resistance and reinforcement. 2005; 27( 1): 1-6.
Wu Bin, Zhang Jigang, Ou Jinping. Experimental study and numerical analysis of an improved quasi-viscous friction damper. Journal of civil engineering. 2004，37 ( 1)，24-30。
Wu Bin, Zhang Jigang, Ou Jinping. Comparative analysis of seismic performance of three kinds of damping structures. World Earthquake Engineering.2004,20 (1), 75-8 1.
Wu Bin, Zhang Jigang, Ou Jinping. Calculation method of internal force of Pall friction damping support. World Earthquake Engineering.2004,20 (2), 6- 1 1.
Wu Bin, Wang Qianying, Ou Jinping. Sliding mode control of structural parameter mismatch uncertainty. Earthquake engineering and engineering vibration. 2004,24 (6), 154- 159, 172.
Lu Lixin, oh. Important sampling methods for reliability of nonlinear structural systems. Earthquake engineering and engineering vibration. 2004, 24(6), 58-62.
Zhang Jigang, Wu Bin, Ou Jinping. Performance analysis and experimental study of conical shape memory alloy damper. Earthquake engineering and engineering vibration. 2004, 24(6), 126- 130.
Wu Bin, Zhang Jigang, Ou Jinping. Analysis of hysteretic characteristics of Pall friction damper based on geometric nonlinearity. Engineering Mechanics. 2003,20 (1), 2 1-26. (EI)
Wu Bin, Zhang Jigang, Ou Jinping. Experimental study and numerical analysis of Pall friction damper. Journal of building structure. 2003，24 (2)，7- 13。
Wu Bin, Zhang Jigang, Ou Jinping. Hysteretic characteristics and internal force analysis of quasi-viscous friction damper. Journal of Harbin Institute of Technology. 2003，35 (7)，834-838，843，849。 (EI)
Wu Bin, Ou Jinping, Zhang Jigang. Structural damage performance design based on reliability. World Earthquake Engineering. 2002, 18 (3), 10- 18.
Oh, Xiao Yiqing,. Damping and vibration isolation system of jacket offshore platform structure and its vibration reduction effect analysis. Earthquake engineering and engineering vibration. 03, 2002.
Ou, Zou Xiangyang,,, Pan Kaiyun,. Analysis and Design of Energy Dissipation and Damping for the Dining Hall of Rong Zhen Middle School in Zhang Jiemin (Ⅰ) —— Response Spectrum Method. Earthquake engineering and engineering vibration.
Ou, He Zheng,,, Zou Xiangyang. Analysis and Design of Energy Dissipation and Damping for Rong Zhen Middle School Dining Hall Building (Ⅱ) ── Capacity Spectrum Method and Performance Control Design of Jinping Earthquake Damage. Earthquake engineering and engineering vibration.
Ou Jinping, Wu Bin. Experimental study on the performance of composite steel plate yield energy dissipator and its damping effect on high-rise steel structure. Journal of Building Structure.2001,22 (1): 26-32.
Xu Long, Wu Bin, Ou Jinping. Analysis of damping effect of aseismic structures. World Earthquake Engineering.2001,17 (1), 40-45.
, Xue,, Europe, etc. Design method of energy dissipation, vibration reduction and seismic strengthening for important buildings such as Beijing Hotel. Journal of Building Structure.2005438+0,22 (2).
Hou Pingtao, He Zheng, Ou. Damage analysis and design of yield displacement capacity spectrum of reinforced concrete structures. Earthquake engineering and engineering vibration.2005438+0,21(3), 29-35.
Wu Bin, Zhang Jigang. Hysteretic characteristics analysis and experimental verification of Pall friction damper based on geometric nonlinearity. Earthquake engineering and engineering vibration .2001,2 1 (4), 60-65.
Oh, wait. Analysis and design of energy dissipation and seismic strengthening of Beijing Hotel: time history analysis. Earthquake engineering and engineering vibration. 200 1, 2 1(4), 82-87.
, Europe,, Lv Dagang. An important sampling method for structural dynamic reliability. Journal of Computational Mechanics.2001,18 (4), 478-482.
Oh, Hou Pingtao. Probabilistic pushover analysis method and its application in structural system reliability evaluation. Journal of Building Structure.2001,(6), 82-86.
Oh, Guan Xinchun, Sui Lili. Intelligent piezoelectric friction energy dissipator. Earthquake engineering and engineering vibration.2000,20 (1), 8 1-86.
Oh, He Zheng,,. Design of earthquake damage control for reinforced concrete structures. Journal of Building Structure .2000,21(1), 63-70.
Ou, Xiao Yiqing, Duan Zhongdong, Zou Xiangyang, Wei Jinsheng, Li Tongkui, Sun Baocang. Control of ice vibration of JZ20-2MUQ platform structure by viscoelastic dampers. Ocean engineering. 03, 2000.
Oh, He Zheng, Qiu Fawei. Seismic damage performance design of reinforced concrete structures. Earthquake engineering and engineering vibration. 1999, 19 ( 1), 2 1-30.
Ou Jinping, Wu Bin, Xu Long. Seismic analysis and design method of energy dissipation structures. Journal of vibration engineering. 1999, 12(2), 202-209.
Wu Bin, Ou Jinping. Performance test and analysis of quasi-viscous friction energy dissipator. World earthquake engineering. 1999, 15( 1), 1- 12.
Wu Bin, Ou Jinping. Test and parameter study of high-rise quasi-viscous friction energy dissipation structure. World earthquake engineering. 1999, 15(2), 17-27.
Ou Jinping, Wu Bin, Xu Long. Parametric influence of passive energy dissipation effect of structures. Earthquake engineering and engineering vibration. 1998, 18 ( 1), 60-70.
Ou Jinping, Wu Bin, Xu Long. Seismic design method of energy dissipation structures. Earthquake engineering and engineering vibration. 1998, 18 (2), 98- 107.
Ou Jinping, Wu Bin. Composite steel plate energy dissipator &; Frac34, a new energy dissipation and vibration reduction device. Earthquake engineering and engineering vibration. 1997, 17 ( 1), 32-39.
Wu Bin, Ou Jinping. Design method of Pall friction energy dissipator. Journal of Harbin Jianzhu University.1997,30 (4), 9- 14.
Wu Bin, Ou Jinping. Film effect of steel plate yield energy dissipator. World earthquake engineering. 1997, 13(3), 27-34.
Wu Bin, Ou Jinping. Fatigue performance and design criteria of low carbon steel yield damper. World earthquake engineering. 1996, 12 (4), 8- 13.
Wu Bin, Ou Jinping. Fatigue performance and design criteria of low carbon steel yield damper. World earthquake engineering. 1996, 12 (4), 8- 13.