Qingxuan Shi, male, Han nationality,1born in April 1963, Shandong, doctor of engineering, is currently a professor, doctoral supervisor and dean of the School of Civil Engineering, Xi University of Architecture and Technology, distinguished professor; He is also a member of the Technical Committee for Seismic Strengthening and Reconstruction of China Architecture Society, the Technical Committee for Seismic Detection of China Architecture Society, the Technical Promotion Committee for Earthquake Prevention and Disaster Reduction of china civil engineering society, the Deputy Director of the Architectural Structure Professional Committee of Shaanxi Civil Architecture Society and the Earthquake Engineering Professional Committee of Shaanxi Civil Architecture Society. He is a reviewer and editor of more than 20 core academic journals, such as Journal of Civil Engineering, Journal of Building Structure and Earthquake Engineering in Engineering Library.

In recent years, he has presided over 3 national natural science foundation projects, nearly 20 natural science foundation projects in Shaanxi Province, and other provincial and ministerial scientific research projects such as doctoral programs in colleges and universities of the Ministry of Education, and participated in the compilation of 3 local and national industry norms. He is the backbone member of the innovative research group of the "Theoretical Research on Building Environment and Energy Consumption Control in Western China" of the National Natural Science Foundation of China. In recent years, he has won the Shaanxi Famous Teacher Award, Shaanxi Teachers' Ethics Model Award and Baosteel Education Fund Excellent Teacher Award. , respectively, won the first prize, the second prize and the third prize of Shaanxi Science and Technology Award 1, the second prize of national teaching achievement 1, and the first prize of excellent teaching materials in Shaanxi Province 1. More than 70 master's and doctoral students have been trained, nearly 200 academic papers have been published in various academic journals, and 9 textbooks and books have been published.

Chinese name: Qingxuan Shi.

Shi Qingxuan Mbth

Nationality: China.

Ethnic group: Han nationality

Place of birth: Heze City, Shandong Province

Date of birth: 1963-4

Occupation: teacher

Graduate school: Xi University of Architecture and Technology

Main achievements: Shaanxi Famous Teacher Award, Shaanxi Professional Ethics Model, Baosteel Education Fund Excellent Teacher Award.

Member of Technical Committee for Seismic Strengthening and Reconstruction of China Architectural Society

Member of the professional Committee of seismic test technology of China Architectural Society

Member of Technical Promotion Committee for Earthquake Prevention and Disaster Reduction of China Folk Society.

Member of the National Professional Committee of Green Building and Disaster Prevention in Villages and Towns.

Vice Chairman of Structural Professional Committee of Shaanxi Civil Architecture Society

Representative works: Structural Design of High-rise Buildings, Principles of Concrete Structure Design, Concrete Structure Design, etc.

Position: Professor, School of Civil Engineering, Xi University of Architecture and Technology

research direction

(1) Basic theory of concrete structure

(2) Earthquake resistance and isolation of engineering structures

(3) High-rise building structure

(4) Steel-concrete composite structure and mixed structure

(5) Diagnosis and reinforcement of engineering structures

lecture course

(1) Design principles of concrete structures

(2) Design of concrete structure

(3) Masonry structure

(4) Structural design of high-rise buildings

(5) Seismic capacity of engineering structures

Textbook monograph

(1) Qingxuan Shi Liang Xingwen. Structural design of high-rise buildings. Beijing: Science Press, 478,000 words, 20 12.

Liang Xingwen is from Qingxuan Shi. Design principle of concrete structure. Beijing: China Building Industry Press, 550,000 words, 20 1 1.

Liang Xingwen is from Qingxuan Shi. Design of concrete structure. Beijing: China Building Industry Press, 495,000 words, 20 1 1.

(4) editor in chief. Technical specification for high-strength concrete structures with high-strength stirrups (CECS 356: 20 13), China Engineering Construction Standardization Association.

(5) editor-in-chief. Technical Specification for Frame Structure of Composite Beams with Confined Concrete Columns (CECS347:20 13), China Engineering Construction Standardization Association.

(6) editor-in-chief. Code for Design and Construction of Composite Flooring (CECS273:20 10), China Engineering Construction Standardization Association.

Academic paper

(1) journal papers

Qingxuan Shi *, Wang Nan, Tianyuan, Jimson, Kun Li. Study on stress-strain curve of high-strength concrete confined by high-strength stirrups under axial compression. build

Journal of Building Structure, Volume 34, No.4, 144- 15 1, 20 13.

Wang, *, Jiang Weishan, Zhang Xinghu,, pastoral. Experimental study on seismic behavior of new steel reinforced concrete columns. build

Journal of Building Structure, Volume 34,No. 1 1, 123- 129, 20 13.

Yang Kun, Qingxuan Shi *, Zhao Junhai, Jiang Weishan, Meng He. Study on constitutive model of high strength concrete confined by high strength stirrups. Journal of civil engineering.

Volume 46,No. 1, pages 34-4 1, 20 13.

Shi Qingxuan Jinjie Gate *. ISCSmethodfortheperformance-based seismicdesignofvertically

Irregular reinforced concrete frame structure. Architectural design, architectural design, volume

22, issue number 1 1, pp887-902, 20 13.

Qingxuan Shi *, Jimson, Kun Li, Wang Nan and Tian Jianbo. Influence of loading system on seismic performance of new steel reinforced concrete columns. Engineering strength

Science, vol. 3 1, No.3, pp. 152- 159, 20 14.

, Wang,. Analysis of influencing factors on shear bond failure of reinforced concrete columns. Engineering Mechanics, Volume 30,No. 1 1,

136- 142, 20 13.

Hou Wei, Qingxuan Shi *, Liu Yang. Experimental study on seismic behavior of reinforced concrete core tube under oblique load. Engineering mechanics, volume 30,

No.12,213-219,2013.

, Qingxuan Shi, Zhao Junhai, Guo. Axial compression behavior of high-strength concrete columns confined by high-strength stirrups. Industrial architecture, 43rd session.

Volume 2, 9- 13, 20 13.

Kun Li *, Qingxuan Shi. Study on performance index limit of reinforced concrete shear wall. Industrial Architecture, Volume 43, No.2, pages 24-28, 20 13.

Yang Kun, Qingxuan Shi *, Zhao Junhai. Plastic hinge length of high-strength concrete columns with high-strength stirrups. Engineering Mechanics, Volume 30, No.2,

Page 254-259, 20 13.

, Wang Nan, Wang, Men Jinjie. Study on constitutive relation of high strength concrete confined by high strength stirrups under axial compression. Engineering mechanics,

Volumes 30 and 5, 13 1- 137, 20 13.

Qingxuan Shi *, Wang Bin, Jimson, Wang Nan and Tian Jianbo. Comparative analysis of seismic performance of reinforced concrete shear walls with flanges under biaxial loading. Fuzhou University

Journal of Science (Natural Science Edition), Volume 4 1, No.4, Page 7 12-7 16, Page 20 13.

Qingxuan Shi Hou Wei *. Seismic performance evaluation of concrete core tube under different earthquake action directions based on incremental dynamic analysis. Vibration sum

Oscillation, vol. 32,No. 14,16-12120 13.

Hou Wei, Qingxuan Shi *, Guo Zixiong. Study on seismic behavior of reinforced concrete core tube with different parameters. Engineering mechanics, vol. 30,No. 10,

Page 77-85, 20 13.

, door Jinjie *, Wang,,. Preliminary study on mechanical properties of reinforced concrete column-steel beam composite joints. Woodworking.

Journal of Cheng, Volume 46, Supplement,10/-105,2013.

Kun Li, Qingxuan Shi *, Guo Zhifeng, Yingqiang Li, Wang Nan. Calculation and discussion of story drift of reinforced concrete shear wall structure. land

Journal of Wood Engineering, Volume 46, Supplement, pages 86-92, 20 13.

, Wang,. The shear capacity of reinforced concrete beams is calculated and analyzed by truss arch model. Civil architecture and environment

Environmental Engineering, Volume 35, No.4, Page 7-12,2013.

Jimson, Wang, Lu Yabei. Study on influencing factors of seismic performance of steel reinforced concrete columns. Industrial architecture, volume 43,

No. 10, 134- 139, 20 13.

, Li,. Comparative analysis of punching bearing capacity of reinforced concrete slabs. Industrial Architecture, Volume 43, No.9, pages 77-82, 20 13.

Leon Wang *, Qingxuan Shi. Comparative analysis of shear capacity of reinforced concrete beams with inclined section. Industrial architecture, vol. 43, No.7, pp. 105- 109,

20 13.

, Qingxuan Shi *, Jimson, Wang Nan, Wang. Energy analysis of seismic response of reinforced concrete frame-core tube structure. Vibration and shock.

Strike, vol. 32, 20 14.

Qingxuan Shi *, Kun Li, Tian Jianbo, Jimson. Study on energy consumption distribution between floors of reinforced concrete frame-core tube structure. Engineering mechanics, recorded.

Use, 20 14.

Men Jinjie *, Li Huijuan, Qingxuan Shi, He Zhijian, Wang Shunli, qi zhou. Study on optimal design of shear wall structure of a slab high-rise residential building.

Research. Structural Engineer, Volume 29, No.3,1-10,2013.

Hui Kuantang, Wang Nan *, Qingxuan Shi. Comparison of axial compression performance of concrete confined by carbon fiber and stirrup. Civil architecture and environmental engineering,

Volume 35, No.4, pages 32-37, 20 13.

, Wang,, Tianyuan, Zhang Xinghu,. Experimental study on seismic behavior of high-strength concrete short columns with high-strength stirrups.

Journal of Building Structure, Volume 33, No.9, pages 49-58, 20 12.

Qingxuan Shi *, Yang Kun, Liu Weiya etc. Experimental study on axial compressive properties of high-strength concrete confined by high-strength stirrups. Engineering mechanics, 29th.

Volume 3, 14 1- 149, 20 12.

Yang Wenxing, Qingxuan Shi *, Zhang Chengzhong. Experimental study on shear resistance of high-strength concrete beams with high-strength stirrups. Journal of Xi University of Architecture and Technology (Natural Science Edition)

Academic Edition), Volume 44, No.2, pp. 198-203, 20 12.

Wang, *, Qingxuan Shi and Tang Liujiu. Numerical simulation of new steel reinforced concrete columns and study on the limit value of axial compression ratio. Industrial architecture, volume 42,

No.7, 128- 133, 20 12.

Meng Jinjie *, Qingxuan Shi, qi zhou. Research progress of reinforced concrete column-steel beam composite frame joints. Structural Engineer, Vol.28, No.65438 +0,

153- 158, 20 12.

Qingxuan Shi Zhang Xinying *. Study on longitudinal shear bond bearing capacity of closed section steel composite floor. Sichuan architectural science research, no.38.

Vol. 2, pp. 52-54, 20 12.

Bai *, Qingxuan Shi, Feng, Li Ning. Calculation of shear capacity of high-strength stirrup concrete members by truss-arch model. work

Industrial architecture, volume 42,No. 1 1, pages 68-74, 20 12.

Zhao Qunchang *, Wang,. Study on performance-based seismic evaluation method of infilled wall frame structure. Architectural science, vol. 28, no.5.

Period, 7 1-75 pages, 20 12 pages.

Shi Qingxuan *, Yuan Tianhe and Nan Wang. Comparative study on high strength concrete

Normal and high strength lateral force. AdvancedScienceLetters，20 1 1，4(8- 10):2686-269 1。

Wang, *, Qingxuan Shi,. Second-order effect analysis of steel reinforced concrete columns under eccentric compression. Mechanics and Practice, Volume 33, No.3,

Page 34 -4 1, 20 1 1.

Wang,,,, pastoral poems. Seismic performance evaluation of steel reinforced concrete frame structure based on incremental dynamic analysis. World earthquake

Engineering, Volume 27,No. 1, pp. 34-40, 20 1 1.

Wang, *, Qingxuan Shi, Xin Gaowei. Seismic performance evaluation of masonry structures in primary and secondary schools based on Pushover method. Disaster science, vol. 26,

No.2, pp. 86-90, 20 1 1.

Wang, *, Liang,. Seismic performance evaluation of SRC frame structure based on demand capacity coefficient method. Civil engineering and management.

Bao, Volume 28, No.3, pp. 289-293, 20 1 1.

Meng Jinjie, Qingxuan Shi. Performance-based seismic evaluation method for vertically irregular reinforced concrete frame structures. Vibration and shock, 30th.

Volume 6,114-119, page 20 1 1.

, Wang Tianyuan,,. Study on performance level and performance index limit of reinforced concrete core tube. journal of earthquake engineering and engineering vibration

Dynamics, Volume 3 1, No.6, pp. 88-95, 20 1 1.

, Wang Sheliang, Wang, Zhu Junqiang. Pseudo-dynamic experimental study on reinforced concrete frame-shear wall model structure. land

Journal of Wood Engineering, Vol.44, No.7,1-9,2011.

Qingxuan Shi *, Hou Wei, Liu Fei, Guo Dong. Experimental study on seismic behavior of reinforced concrete core tube. Journal of Building Structure, Volume 32,No. 10,

Page119-129,2011.

, Qingxuan Shi,, White, etc. Experimental study on seismic behavior of high-strength concrete columns confined by high-strength stirrups. Journal of Civil Engineering, Volume 44,

No.12,9-17,2011.

Liu Pai, Qingxuan Shi *, Sun Chong. Quantification of performance index of reinforced concrete frame structure in primary and secondary schools in China. Journal of Water Resources and Architectural Engineering, 9

Volume 2, Page 7-10/0,2011.

2) Meeting documents

Shi Qingxuan *, Wang Nan, Wang Peng, Guo Zhifeng. Study on stress of high strength concrete

Research on advanced materials of high strength concrete, Vols.671-671:PP1958-1962,2013,

China Kunming

Shi Qingxuan *, Jian Botian, Li Kun, Guo Zhifeng. researchstatusonseismicperformance of

Steel-concrete composite beams. AdvancedMaterialsResearch，vols . 67 1-67 1:PP 13 15- 13 18，

Kunming, China, 20 13

Li Kun, Shi Qingxuan *, Guo Zhifeng. steel reinforced concrete

Frame-core wall. Advanced materials research, 67 1-67 1 Volume: PP1329-1334,2013, Kunming, China.

Wang, *, Qingxuan Shi,. Study on design method of steel reinforced concrete columns with different steel grades. The 1st12nd National Concrete Structure.

Proceedings of the Academic Conference on Basic Theory and Engineering Application, 2012.12.9-1,70-75 pages, Ningbo, Zhejiang.

Men Jinjie *, Qingxuan Shi, Deng Mingke, etc. Study on structural optimization design of high-rise shear wall in a point residence. The 1st12nd National Concrete Structure.

Proceedings of the Academic Conference on Basic Theory and Engineering Application, 2012.12.9-1,70-75 pages, Ningbo, Zhejiang.

Yang Wenxing *, Qing XuanShiAn back to the sun. Experimental study on seismic performance

HighStrengthRCColumns。 Advanced materials research, vol. 166- 169, pp. 9 19-926, 20 12, Xi 'an, China.

Autumn Wang Wei *, Qing Xuanshi 'an 69 Hall. ResearchonquantifiedperformanceindexforSRC

Frame structure. Advanced materials research, vol. 368-373, pp. 3353-3356, 20 12, Xi 'an, China.

Qiu Wei Wang *, Qing Xuanshi and Peng Wang. theoreticallanalysisresearchonstorydriftlimitfor

SRCcompositestructures。 Applied Machinery and Materials, Vol. 275-277, PP1123-126,2012, Xi 'an,

China

Jinjiemen *, Xuanshi and Qizhou in Qing Dynasty. Spectral performance base on interlayer capacity

Seismic design method of vertical irregular frame structure. Key engineering materials,

Volume 5 17, pages 745-748, 20 12, China.

Jinjiemen *, Xuanshi and Qizhou in Qing Dynasty. Spectral performance base on interlayer capacity

Seismic design of vertically irregular frame structures: an example. Key engineering materials,

Volume 5 17, pages 749-754, 20 12, China.

Jinjiemen *, Bee-knowing Country and Qingxuan Room. researchonbehaviorofcompositejointconsistingof

Concrete and steel. Applied machinery and materials, vol. 166- 169, vol. 8 15-8 18, vol. 20 12, Xi' an, China.

Jinjiemen *, Xuanshi and Qizhou in Qing Dynasty. Overview of researchonconnections incompositeframes

Consider columns and steel beams. Advanced materials research, vol. 368-373, pp. 568-572, 20 12,

Xi ' an, China

Shi Qingxuan *, Qiu Weiwan and Kunyang. Displacement-based seismic evaluation

Concrete structure. Advanced materials research, vol. 163- 167, pp. 1063- 1067, 20 1 1, China.

Shi Qingxuan *, Yuantian and Empress Wei. High strength experimental study

High strength stirrup concrete beam. Advanced materials research, vol. 163- 167, pp. 972-976,

Guangzhou, China, 20 1 1

Kunyang *, Qing Xuanshi 'an and Dream. axialcompressionrationlimitsofsccolumnslimited

With high-strength stirrups, advanced materials research Vols. 163- 167, pp 1024- 1028, 20 1 1,

Guangzhou, China

Li Kun *, Shi Qingxuan. Nonlinear analysis of concrete wall based on three vertical elements

Model. Advanced materials research, vol. 255-260, pp 1959- 1963, 20 1 1, China.

Hou Wei *, Qing Xuanshi and Zhilinma. Seismic behavior analysis based on fiber

Model. Advanced materials research, vol. 163- 167, pp. 1068- 1073, 20 1 1, China.

Autumn Wang Wei *, Qing Xuanshi and Jinjie Gate. Frame-based seismic performance evaluation

onIncrementalDynamicAnalysis，AdvancedMaterialsResearch，Vols. 163- 167，pp433 1-4335，20 1 1，

Guangzhou, China

Autumn Wang Wei *, Qing Xuanshi 'an 69 Hall. Seismic performance evaluation framework

Structure, Advanced Materials Research, Vol. 255-260, pp242 1-2425, 20 1 1, Guangzhou, China.