Name: Ke Shitang Gender: Male Administrative Position:

Professional and technical position: Associate Professor Tel: 025-8489 1754 Tutor Category: Master Tutor

Final Education: Doctor Degree: Doctor Final School: Tongji University

E-mail: keshitang@ 163.com

Work unit: Institute of Aeronautics and Astronautics

◇ research direction 1:

Two discipline names: structural engineering (for graduate students) discipline code 1 1: 08 1402.

1. Wind-resistant and seismic performance of super high-rise/towering buildings

2. Wind resistance and earthquake resistance of important buildings in nuclear power/thermal power plants

3. Wind field simulation and wind-resistant design of large-scale wind power generation system structure

◇ Resume (education, academic experience and social part-time job):

Ke Shitang, a native of Chizhou, Anhui Province, is an associate professor, a national first-class registered structural engineer, a doctor of engineering majoring in civil engineering at Tongji University, a postdoctoral fellow in mechanics at Nanjing University of Aeronautics and Astronautics, and a visiting scholar at Tokyo Workers' University in Japan.

* Research results: More than 70 journals and conference papers have been published, including more than 40 SCI papers and EI papers. We applied for 1 invention patents and 1 software copyrights. It is an important journal of wind engineering and industrial aerodynamics, wind and structure, structural engineering and mechanics, engineering structure, fluid and structure, journal of civil engineering, engineering mechanics, vibration and shock, journal of aerodynamics, journal of experimental fluid mechanics, journal of solid mechanics, journal of building structure, journal of vibration engineering, journal of Hunan University: natural science edition, journal of Central South University: natural science edition.

* Presided over vertical projects: presided over many vertical projects such as National Natural Science Foundation, Jiangsu Natural Science Foundation, China Postdoctoral Science Foundation, Jiangsu Postdoctoral Research Foundation, Guangdong University Key Laboratory of Structure and Wind Tunnel Opening, Nanjing University of Aeronautics and Astronautics Talent Introduction Project, and National Natural Science Foundation Cultivation Fund.

* Take charge of horizontal projects: take charge of wind tunnel test and wind/earthquake dynamic calculation of super-large cooling towers of Maliantai Power Plant in Ningxia, super-high building of Taizhou Gangtai International Business Center, Nanjing Gaochun Xiushan TV Tower, Suzhou Wujiang Jinmao Center and Jingneng Lesheng Power Plant in Inner Mongolia; Responsible for the wind resistance test of internal supports in large tunnels, theoretical research on wind-induced vibration analysis of super-large cooling towers, and development of software for calculating wind-induced vibration coefficient.

* Teaching course: undergraduate course: wind-resistant design of civil engineering structures; Postgraduate course: structural wind engineering.

Published academic papers and monographs:

He has published more than 70 periodicals and conference papers, including 8 in SCI and more than 40 in EI.

* Some representative works are as follows:

[ 1] S T Ke，Y J Ge，L Zhao，Y Tamura。 A new method for equivalent static wind load analysis of super-large cooling towers [J]. Journal of Wind Engineering and Industrial Aerodynamics. 20 12, 1 1 1(3): 30-39

[2]S. T. Ke, Y. J. Ge, L. Zhao, Y.Tamura. Wind-induced vibration response characteristics of super-large cooling towers [J]. Journal of Central South University of Technology. 20 13, 20( 1 1):32 16-3227

[3] S T Ke，Y J Ge。 Influence of self-excited force on wind load and wind effect of super-large cooling tower [J]. Journal of Wind Engineering and Industrial Aerodynamics. 20 14, 132: 125- 135

[4]S. T. Ke, T. G. Wang, Y. J. Ge, Y Tamura. Wind-induced response and equivalent static wind load of tower-blade coupling system of large wind turbine. International Journal of Structural Engineering and Mechanics. 20 14, 52(3): 485-505

[5] Shi Teke, Ge Yuzhen, Wang, Cao Jianfeng, Tamura Ying. Wind field simulation and wind-induced response of tower-blade coupling structure of large wind turbine. Structural design of high-rise special buildings. 20 14,

[6] Cheng Xiaoxia, Zhao Liling, Ge Yanjun, Ke Shaoting, Liu Xiping. Wind pressure of large cooling towers, Progress of Structural Engineering, in publication.

Zhao, Chen, Shi Tingke, Ge Yuzhen. Aerodynamic and aeroelastic performance of super-large cooling towers [J], Wind and Structure, 20 14, 19(4): 443-465.

[8] Zhang Junfeng, Chen Haitao, Ge Yanjun, Zhao Lijun, Ke Shutang. Influence of stiffening ring on dynamic characteristics of hyperboloid cooling tower. Structural engineering and mechanics, an international journal

[9] Steinbeck, Zhao Liqun and Ge Yuzhen. Equivalent static wind load of large cooling tower [C]. The Third International Symposium on Equivalent Static Wind Loads (NSFC -JST Cooperative Research Project). Beijing, China, 29-30 May, 20 1 1

[10] Stake, Zhao and Ge Yuzhen. Coupling effect of resonance component of aerodynamic load on hyperbolic space structures [C]. The 7th International Symposium on Blunt Aerodynamics. Applications. Shanghai, China, September 3-6, 2065, 438+02.

Stark, Ge Yuzhen, Zhao. Strength and local buckling evaluation of cooling tower with flue [C]. Proceedings of the International Symposium on Computational Structural Engineering. Beijing, China, August 8, 2009-10

This is Staercke from HOU. Calculation method and application of equivalent static wind load of hyperbolic cooling tower [C]. Paper 20 12 of the annual meeting of industrial cooling tower of China Electrical Engineering Society. Hainan, China, 1 1 month1-2,2012.

Cao Zhenfeng, Wang Dongguang, Ke Shaoting. Study on dynamic load of large wind turbines based on wake method [C].IWEC 20 13, Proceedings of the 5th International Symposium on Energy Conversion. Shantou, China, 2065 1 1 25th to 27th, April, 438+03.

[14] Zhao, Stake and Ge Yuzhen. Extreme value estimation of non-Gaussian aerodynamic series of cooling towers [C]. 16 IAHR Conference on Cooling Towers and Air-cooled Heat Exchangers. Bensburg, Germany, June 20-23, 1965, 438+02.

[15] Zhang Junfeng, Stark, Zhao Lijun and Ge Yujun. Re-understanding of BSS method for hyperboloid cooling tower [C]. 16 IAHR Conference on Cooling Tower and Air-cooled Heat Exchanger. Bensburg, Germany, June 20-23, 1965, 438+02.

Ke Shitang, Shao Yahui, Ge. Comparison between wavelet analysis and Hilbert Huang analysis of non-Gaussian wind pressure signals [J]. Journal of Civil Engineering.201,44 (6): 2 1-20

[17] Ke Shitang,,, Ge. Parametric analysis of wind load and wind-induced vibration response of super-large cooling tower: self-excited effect [J]. Journal of Civil Engineering.2012,45 (12): 45-53

[18] Ke Shitang, Ge. Refinement of wind-induced vibration response of large museum structures based on uniform coupling method [J]. Journal of Architectural Structure.2012,33 (2): 23-29

[19] ke Shi Tang, ge,. Wind tunnel test and response characteristics of aeroelastic model of large hyperbolic cooling tower [J]. Journal of Building Structure .2009,31(2): 61-68.

Ke Shitang,,, Ge. Wind-induced vibration response and equivalent static wind load of the roof structure of Jinan Olympic Stadium [J]. Journal of Vibration Engineering.2013,26 (2): 41-48.

Ke Shitang, Wang Fawu, qi zhou, Zhou Zhiyong, Zhao Lin. Analysis of coupling effect between equivalent static wind load background and resonance [J]. Civil architecture and environmental engineering.2013,35 (6):114-18.

Ke Shitang, Wang Tongguang, Ge. Wind-induced vibration background, resonance response characteristics and coupling analysis of wind turbines [J]. Journal of China Electrical Engineering, 20 13, V33 (24): 63-70.

Ke Shitang, Wang Tongguang, Chen Shaolin, et al. Wind-induced vibration response and equivalent static wind load of large wind turbines [J]. Journal of Zhejiang University (Engineering Edition), 48 (4): 686-692.

[24] Ke Shitang, Ge,. Discussion on high-order modal identification method of wind-induced vibration of structures based on EMD and wavelet transform [J]. Journal of Harbin Institute of Technology.201,43 (4): 1569- 1574

[25] Ke Shitang, Ge. Comparison of wind-induced vibration and earthquake effect of large cooling tower structure [J]. Journal of Harbin Institute of Technology.2010,42 (10): 20 10/-287

◇ Awards and patents of scientific research achievements:

We applied for 1 invention patents and 1 software copyrights.

◇ Scientific research projects undertaken:

* host vertical topic:

1. Hosted the Youth Fund of the National Natural Science Foundation (5 1208254), "Study on Wind-induced Vibration Mechanism and Equivalent Static Wind Load of Super-large Cooling Tower in Complex Environment", with a grant of 250,000 yuan, starting from 20 13-20 16.

2. Presided over Jiangsu Natural Science Foundation (BK20 12390) "Study on Wind-Vibration Coupling Mechanism and Aerodynamic Wind-Resistant Measures of Super-large Cooling Towers", with a funding of 200,000 yuan, with the starting and ending time of 20 12-20 15.

3. Presided over the open fund of Guangdong Key Laboratory of Structure and Wind Tunnel (20 130 1), "Study on Multi-objective Equivalent Static Wind Load of Large Cooling Towers", with a funding of 20,000 yuan, and the starting and ending time was 20 13-20 14.

4. Presided over the first-class funding of China Postdoctoral Fund (20 13M530255), "Refined research on wind-resistant design of cooling towers under environmental disturbance", with a funding of 80,000 yuan, starting from 20 13-20 15.

5. Presided over the postdoctoral fund of Jiangsu Province (1202006B) "Research on Three-dimensional Wind Load and Wind-resistant Design Method of Super-large Cooling Towers for Fire/Nuclear Power", with a funding of 30,000 yuan, starting from 20 12-20 14.

6. Presided over the introduction of talent fund (YAH 120 10) "Research on the Calculation Method of Multi-objective Equivalent Static Wind Load", with a grant of 60,000 yuan, starting and ending time: 2014.

7. He presided over the National Natural Science Foundation's Cultivation Fund (YAH 120 10) "Research on Wind-induced Vibration Mechanism of Nuclear Power Super-large Cooling Tower", with a grant of 20,000 yuan, and the starting and ending time was 20 13-20 14.

:: Chairing horizontal topics:

1. Hosted "Wind Tunnel Test of Super-large Cooling Tower in Maliantai Power Plant in Ningxia Phase II and Analysis of Its Impact on the Safety of Cooling Tower in Phase I" (KFA 13668), with a funding of 600,000 yuan and a start-stop time of 20 13.

2. Hosted the "Wind Tunnel Test and Wind-induced Vibration Analysis of Taizhou Gangtai International Center Super High-rise Building Complex" (KFA 13756), with the cost of 360,000 yuan and the starting and ending time of 20 13-20 14.

3. Hosted the "Wind Tunnel Test and Wind Vibration Analysis of Nanjing Gaochun TV Tower and Xiushan Terrain" (KFA 14063), with the cost of 380,000 yuan and the starting and ending time of 20 14.

4. Hosted the "Numerical Simulation Study on Wind Load of Super High-rise Building in Suzhou Wujiang Jinmao Center" (KFA 14078), with a funding of 85,000 yuan, and the starting and ending time was 20 13-20 14.

5. Hosted the "Wind Tunnel Test and Wind-resistant and Earthquake-resistant Calculation of Super-large Cooling Towers in Inner Mongolia Jingneng Lesheng Power Plant" (KFA 14085), with a cost of 250,000 yuan and a start-stop time of 20 13-20 14.

6. Hosted the "wind tunnel test of strong wind resistance of TDRRU tunnel support" (KFA 14***), with the cost of 40,000 yuan and the starting and ending time of 20 14.

7. Presided over "Theoretical Research on Wind-induced Vibration Calculation of Super-large Cooling Towers and Development of Wind-induced Vibration Software", with a fund of 905,000 yuan, starting and ending time of 20 14-20 16.

8. Presided over "On-site measurement of modal characteristics of large cooling towers and evaluation of wind-resistant and earthquake-resistant dynamic impact", with the cost of10.4 million yuan and the start and end time of 20 14-20 16.

9. Presided over "MD6000/3000 wet flue gas low concentration dust meter preheater inlet and outlet wind speed test", the cost was 40,000 yuan, and the starting and ending time was 20 14.

* Participate in the project:

Participated in wind tunnel tests and wind-resistant and earthquake-resistant research of major national natural science research programs, general projects of the National Natural Science Foundation, major national projects of the Ministry of Science and Technology, Jiangsu Natural Science Foundation, super-long-span bridges and super-large cooling towers in China, etc.

◇ Graduate guidance:

◇ Remarks:

Welcome students who are interested in structural engineering, wind engineering and earthquake engineering to join our team. E-mail: keshitang @ 163.com office phone: 025-8489 1754. Mobile phone:13621581707.