Prof. PAN Wen
Email：18987884341@189.com
Academic Qualifications
1997.9-2004.11, PhD, Xi’an University of Architecture and Technology, Department of Civil Engineering
1991.9-1994.2, MEng, Southeast University, Department of Civil Engineering
1985.9-1989.7, BEng, Southeast University, Department of Civil Engineering
Working Experience
2010.11 To date, Department of Civil Engineering, Kunming University of Science and Technology, Department of Civil Engineering, Professor, doctoralsupervisor
2003.9-2010.10, Department of Civil Engineering, School of Civil Engineering and Architecture, Kunming University of Science and Technology
1998.12 - 2003.8, Kunming University of Science and Technology, Department of Civil Engineering, Associate Professor
1994.3 - 1998.11, Department of Architectural Engineering, Yunnan University of Technology
1989.8 - 1991.8, Department of Architecture, Yunnan Institute of Technology
Research Fields
1. Engineering earthquake resistance
2. Structural engineering
Part-time Academic Job
1. China Architecture Society of structural calculation theory and engineering application of professional committee
2. China Architectural Society of seismic reinforcement transformation technology professional committee
3. China Civil Engineering Society earthquake disaster reduction project technology promotion committee
4. Member of the National Urban Earthquake Disaster Prevention Planning Review Committee
5. China Architecture Society Township disaster prevention professional committee
6. China Architecture Society earthquake disaster prevention branch of seismic testing technology professional committee
7. China Architecture Society earthquake disaster prevention branch structure shock and control professional committee director
8. Member of the Expert Committee of the Disaster Prevention Research Center of the Ministry of Construction
9. National post-earthquake housing construction emergency assessment expert team members
10. Chinese core journal "engineering earthquake and reinforcement transformation" editorial board members
11. Yunnan Province, the construction of engineering seismic special inspection expert committee vice chairman
12. Kunming City Construction Engineering seismic special inspection expert committee members
13. Yunnan Provincial Civil Engineering Society of structural committee of the vice chairman
14. Yunnan Provincial People's Government Investment Project Evaluation Center expert committee members
15. Yunnan Province rural residential earthquake security engineering expert group members
16. Yunnan Province construction system housing earthquake damage assessment expert evaluation team
17. Yunnan Province primary and secondary school buildings safety engineering technical guidance expert group members
18. Yunnan Provincial Committee on Disaster Reduction Committee of Experts
19. Member of Yunnan Institute of Geophysics
20. Member of the Yunnan Seismological Society
21. Expert Committee on Technical Review of Urban and Rural Earthquake Prevention and Disaster Prevention Planning in Yunnan Province
Research Fundings
1.Natural Science Foundation of China: Deepening Study on Damage Mechanism of Modern Buildings in Lijiang 7.0 Earthquake (Item No .: 97E018Q), 1997 ~ 2000
2. "Tenth Five-Year Plan" sub-title: to consider the dam body openings and pier, including the whole three-dimensional dynamic research (Contract No. 01-02-02 (2)), 2001 ~ 2003
3. Horizontal topics: free port apartment three-dimensional garage vibration test and building building vibration and noise reduction research, 2000 ~ 2002
4. Study on the seismic performance of high embankment
5. Natural Science Foundation of China Project: Key Problems in Application of Special-shaped Column Structure in High Intensity Area (Project No.: 2005E0024M), 2005 ~ 2008
6. Hospital doctor fund: special-shaped column structure node failure mechanism and seismic bearing capacity research, 2006 ~ 2008
7. School doctor fund: isolation design practical method research, 2008 ~ 2010
8. Horizontal topics: Yunnan Agricultural University on the 7th teaching building A, D unit energy consumption support frame system energy development and project implementation, 2006 ~ 2008
9. Yunnan Province Public Security Frontier Corps Service Command Center subsidiary building energy consumption support frame system energy development and project implementation, 2008
10. Research on the Earthquake Measures of the Earthquake Wall in the Rural Residential Buildings, Yunnan Provincial Department of Construction, 2008
11. Research on seismic performance of chamber and crest structure of Lujiang Liuku Hydropower Station, Kunming Institute of Survey and Design, China Hydropower Consulting Group, 2009
12. Jiangdong Harmony Square over the high-level seismic performance research, Yunnan Design Institute, 2009
13. National Natural Science Foundation of China (NSFC): Measures to Improve the Bearing Capacity of Concrete Structures in Special Seismic Columns (Item No: 51168024), 2011-2015
14. Earthquake damage mechanism of underground engineering and seismic technology research, Chengdu Military Region Engineering Research and Design Institute, 2011-2012
In the case of
15. Training project for master and local builders in strengthing techniques to increase seismic resistance in school buildings in Yunnan province, China. Nanyang Technological University, 2011-2012
16. Kunming City, special structure design and review of technical guidelines for the preparation of the Kunming Municipal Housing and Urban Construction Bureau, 2015
17. Kunming City, an important public building seismic capacity survey, Kunming City Housing and Urban Construction Bureau, 2015
18. Chengjiang County fossil museum seismic performance analysis and experimental study, Yunnan Longjie Tourism Development Co., Ltd., 2015
19. Underground engineering earthquake damage mechanism and seismic technology research Phase II, Chengdu Military Region Engineering Research and Design Institute, 2015
20. Kunming City housing urban and rural construction system earthquake emergency plan revision, Kunming City Housing and Urban Construction Bureau, 2017
21. Zhentai earthquake catastrophe model - (Yunnan Province) housing construction earthquake disaster loss prediction model, Yunnan Seismological Bureau earthquake emergency protection center, 2016
22. High-intensity earthquake zone ultra-high-rise building construction safety key technology research, China Construction Second Engineering Bureau Co., Ltd. Southwest Branch, 2016
23. Earthquake insurance of rural community in Yunnan province: investigation for willingness of householders and pilot research on insurance rate, International Center for Collaborative Research on Disaster Risk Reduction, 2016
24. Social Development Science and Technology Program - Social Development Specialization: Urban Seismic Safety Key Technology Application and Demonstration Research (Project No .: 2007CA002, Participation)
25. Social Development Science and Technology Program - Social Development Specialization: Research and Application of Key Technology for Minimizing Isolation of Kunming New Airport Terminal Project (Project No .: 2008CA007, Participation)
26. National Natural Science Foundation of China: High-intensity earthquake zone structure energy consumption system (project number: 59468001, participation)
27. National "Ninth Five-Year Plan" project: high arch dam foundation earthquake energy dissipation impact study (sub-title contract number: 96-222-03-02-01, participation)
28. National Natural Science Foundation of China Regional key projects: comprehensive disaster reduction research in mountainous high-intensity earthquake area (project number: 59869002, participation)
29. Provincial science and technology research project: structural shock control technology - friction energy consumption support system application research (project number: 2001NG45, participation)
Honors and Awards
1. Red Cloud Gardener Award, 2012
2. Yunnan Province Department of Housing and Urban Construction Bulletin (in 2011 to participate in Yingjiang "3.10" earthquake emergency rescue work)
3. China Construction Research Institute CABR Cup "China Construction Science and Technology Award" third prize (2010, ranked seventh)
4. Yunnan Province in 2008 science and technology award third prize ("village building prestressed prefabricated green structure system" ranked fifth)
5. May 1 labor advanced team (2008, the provincial Federation of Trade Unions)
6. Kunming Construction Bureau commendation ("wall change advanced individuals" 2005,2006,2008)
7. Yunnan Provincial Party Committee and the provincial government collective recognition ("Lijiang earthquake recovery and reconstruction of advanced collective")
8. Yunnan Provincial Department of Construction 2000 scientific and technological progress third prize ("powder mixing pile composite foundation bearing capacity and seismic performance research ranked fifth)
9. Yunnan Province in 2000 the third prize of natural science progress ("Yunnan Wuding earthquake damage investigation and mechanism research" ranked sixth)
Academic Achievements
Papers:
[1] 张健.潘文.宋志刚.林皓鋆.吴兴强：基于烈度差的城市建筑地震易损性评估，地震工程与工程振动，2017，Vol.37，No.4
Zhang Jian. Pan Wen. Song Zhigang. Lin Haoyun. Wuxing Qiang: Earthquake Vulnerability Assessment of Urban Buildings Based on Intensity Difference, Seismic Engineering and Engineering Vibration, 2017, Vol.37, No.4
[2] 陈晓彬;潘文;兰香;周强;张龙飞.高烈度区澄江化石地博物馆减隔震结构设计与分析[J].建筑结构. 2017/08
Chen Xiaobin; Pan Wen; Lan Xiang; Zhou Qiang; Zhang Longfei.Design and Analysis of Seismic Isolation Structure of Chengjiang Fossil Museum in High Intensity Area [J]. Building Structures. 2017/08
[3] 马健;潘文;杨晓东;赖正聪;苏何先;褚青青;李鑫.澄江化石博物馆振动台试验及能量分析[J].建筑结构. 2017/08
Ma Jian; Pan Wen; Yang Xiaodong; Lai Zhengcong; Su Hexian; Chu Qingqing; Li Xin. Chengjiang Fossil Museum Shaking Table Test and Energy Analysis [J]. Building Structures. 2017/08
[4] 苏何先,潘文,白羽,杨晓东,赖正聪.隔震异形柱框架结构振动台试验研究[J].建筑结构学报. 2016, 37(12). (EI：20165103149828)
Su Hexian; Pan Wen; Bai Yu; Yang Xiaodong; Lai Zhengcong. Al.Study on Shaking Table of Isolated Column with Special - Shaped Column [J].Journal of Building Structures.2016, 37(12). (EI：20165103149828)
[5] 赖正聪,白羽,潘文,叶燎原,杨晓东,安晓文,苏何先.高烈度地区高层隔震剪力墙结构抗震性能地震模拟振动台试验[J].建筑结构. 2016(11)
Lai Zhengcong; Bai Yu; Pan Wen; Ye Liaoyuan; Yang Xiaodong, An Xiaowen, Su Hexian.Study on Shock Test of Seismic Simulation of Seismic Behavior of High-level Isolated Shear Wall in High Seismic Area [J]. Building Structures. 11)
[6] 苏何先,潘文,柏文峰,白羽,杨晓东.新型土坯墙体房屋抗震性能试验研究[J].土木建筑与环境工程. 2015(06)
Su Hexian; Pan Wen; Bai Wenfeng; Bai Yu; Yang Xiaodong.Research on seismic performance of a new type of adobe wall house [J]. Civil Engineering and Environmental Engineering. 2015 (06)
[7] 张品乐,潘文,陶忠.异形截面短肢剪力墙力学性能非线性分析及改进[J].工业建筑,2013,04:66-70.
Zhang Pinle; Pan Wen; Tao Zhong.Nonlinear analysis and improvement of mechanical properties of short-pier shear wall with irregular cross-section [J]. Industrial Buildings, 2013,04: 66-70.
[8] 张品乐,李青宁,潘文,陶忠.考虑剪切滞后效应的钢筋混凝土剪力墙单元模型及应用[J].地震工程与工程振动,2013,01:82-87.
Zhang Pinle, Li Qingning, Pan Wen, Tao Zhong.Construction model and application of reinforced concrete shear wall considering shear lag effect [J]. Seismic Engineering and Engineering Vibration, 2013,01: 82-87.
[9] 曾聪,吴斌,陶忠,潘文,白俊峰.昆明新国际机场主航站楼A区隔震效能分析[J].土木工程学报,2012,v.45S1:182-186. (EI：20123715424871)
Zeng Cong, Wu Bin, Tao Zhong, Pan Wen, Bai Junfeng.Effect of seismic isolation of A main railway station in Kunming New International Airport [J]. Journal of Civil Engineering,2012,v.45S1:182-186. (EI：20123715424871)
[10] 潘文.白羽.陶忠：云南省中小学校舍安全工程排查鉴定概况，土木建筑与环境工程，2010
Pan Wen. Bai Yu. Tao Zhong: Yunnan Province primary and secondary school building safety project investigation and identification of profiles, civil engineering and environmental engineering, 2010
[11] 刘建.潘文.杨晓东.李红.彭春明.王依群.严士超.康谷贻.卢文胜：八度区十层异形柱框架-剪力墙结构的振动台试验研究，建筑结构学报，第28卷增刊，2007，8-14+40(EI号：084311657741)
Liu Jian; Pan Wen; Yang Xiaodong; Li Hong; Peng Chunming; Wang Yiqun; Yan Shichao; Kang Guyi; Lu Wensheng.Experimental study on shaking table of frame and shear wall structure of 10-zone alien column in octave area, Journal of Building Structures, Vol. 28，2007，8-14+40(EI number：084311657741)
[12] 潘文.刘建.杨晓东.李红.彭春明.王依群.严士超.康谷贻.卢文胜：八度区六层异形柱框架结构的振动台试验研究，建筑结构学报，第28卷增刊，2007，15-20(EI号：084311657742)
Pan Wen. Liu Jian. Yang Xiaodong. Li Hong. Peng Chunming. Wang Yiqun. Yan Shichao. Kang Guyi. Lu Wensheng: octave six-story special-shaped column frame structure of the shaking table experimental study, Journal of Building Structures, 2007, 15-20 (EI number: 084311657742)
[13] 孙柏锋.潘文：叠层橡胶垫基础隔震建筑结构设计方法与应用，世界地震工程，2007，23(4)，p139-142
Sun Baifeng. Pan Wen: laminated rubber pad base isolation building structure design method and application, the world earthquake engineering, 2007,23 (4), p139-142
[14] 何玲.潘文.杨正海.陶忠.孟萍：村镇木结构房屋震害及抗震技术措施，工程抗震与加固改造，2006，28(6)，p94-101
He Ling. Pan Wen. Yang Zhenghai. Tao Zhong. Meng Ping: wooden structure of the village earthquake damage and seismic technology measures, engineering seismic and reinforcement transformation, 2006,28 (6), p94-101
[15] 潘文.葛晓旭：边界条件和配筋率对设备支墩动力特性的影响，福州大学学报（自然科学版），2005，33(145)，p119-123
Pan Wen. Ge Xiaoxu: Influence of Boundary Conditions and Reinforcement Rate on Dynamic Characteristics of Piers of Equipment, Journal of Fuzhou University (Natural Science Edition), 2005,33 (145), p119-123
[16] 杨晓东.潘文.叶燎原.雷鸿君：配筋混凝土空心小砌块墙抗震性能试验研究，世界地震工程，2005.21(1)，p70-74
Yang Xiaodong; Pan Wen; Ye Liaoyuan; Lei Hongjun:Experimental study on seismic performance of reinforced concrete hollow small block wall, World Earthquake Engineering，2005.21(1)，p70-74
[17] 张津娟.潘文.叶燎原，国内外摩擦耗能器研究进展，昆明理工大学学报，2004，29(1)，p84-88
Zhang Jinjuan. Pan Wen. Ye Liaoyuan, domestic and international research progress of friction energy dissipation, Journal of Kunming University of Science and Technology, 2004,29 (1), p84-88
[18] 刘振宇.叶燎原.潘文：等效体积单元(RVE)在砌体有限元分析中的应用，工程力学，2003，20(2)，pp31-35(EI号：03317580840)
Liu Zhenyu. Ye Liaoyuan. Pan Wen: Application of Equivalent Volume Unit (RVE) in Masonry Finite Element Analysis, Engineering Mechanics, 2003,20 (2), pp31-35 (EI: 03317580840)
[19] 周立超.潘文.白羽.叶燎原：整体预应力板(梁)柱体系抗震性能研究，昆明理工大学学报，2003，28(3)，pp108-112
Zhou Lichao; Pan Wen; Bai Yu; Ye Liaoyuan.Study on Seismic Behavior of Integral Prestressed Plate (Beam) Column System, Journal of Kunming University of Science and Technology，2003，28(3)，pp108-112
[20] 赵川.潘文.叶燎原.杨晓东：摩擦耗能支撑装置的构造及安装，建筑结构，2003，33(8)，pp47-48
Zhao Chuan. Pan Wen. Ye Liaoyuan. Yang Xiaodong: Construction and installation of friction energy dissipation device, building structure, 2003,33 (8), pp47-48
[21] 刘章军.叶燎原.潘文，灰色与模糊理论在深基坑支护方案评价中的应用，昆明理工大学学报（理工版），2003，Vol.28，No.1
Liu Zhangjun; Ye Liaoyuan; Pan Wen.Application of Gray and Fuzzy Theory in Evaluation of Deep Foundation Pit Support Scheme, Journal of Kunming University of Science and Technology (Science and Technology)，2003，Vol.28，No.1
[22] 费维水.潘文，摩擦耗能机构及其竖向紧固力，昆明理工大学学报，2002，27(5)，p109-112
Fei Weishui. Pan Wen, Friction energy dissipation mechanism and its vertical tightening force, Journal of Kunming University of Science and Technology, 2002,27 (5), p109-112
[23] 叶燎原.潘文：结构静力弹塑性分析(push-over)的原理和计算实例，建筑结构学报，2000，21(1)，pp37-43,51(EI号：00045125789)
Ye Liaoyuan. Pan Wen: structural static elastic-plastic analysis (push-over) the principle and calculation examples, Journal of Building Structures, 2000,21 (1), pp37-43,51 (EI: 00045125789)
[24] 潘文.叶燎原：大板结构开裂后的抗震能力评估，工程力学，1999，1(a01)，pp519-523
Pan Wen. Ye Liaoyuan: large-plate structure after the earthquake resistance assessment, engineering mechanics, 1999,1 (a01), pp519-523
[25] 潘文.叶燎原.赵鸿铁：建设场地抗震性能评价的方法与实践，西安建筑科技大学学报，Vol.30，No.3，(1998)，pp224~227(EI号：98094384624)
Pan Wen; Ye Liaoyuan; Zhao Hongtie.Method and Practice of Seismic Performance Evaluation of Construction Site, Journal of Xi'an University of Architecture & Technology，Vol.30，No.3，(1998)，pp224~227(EI number：98094384624)
[26] 潘文.秦云：网架螺栓球节点锥头和封板的承载力，工业建筑，Vol.28，No.293，(1998)，pp37~40(EI号：98124501080)
Pan Wen; Qin Yun.Grid bolts ball nodal cone and sealing plate bearing capacity, industrial building，Vol.28，No.293，(1998)，pp37~40(EI number：98124501080)
Books Involved:
[1] Honghe state rural residential seismic safety engineering technical guidance and reference Atlas
[2] Urban and rural residents residential earthquake catastrophe risk model (Yunnan)
Patent:
[1] A composite damper
[2] A method to improve the seismic performance of special-shaped column structure
[3] A method for making truss steel with round hole and its application
[4] A method for making a fastened steel girdle with round hole and its application
[5] An earthquake-based cumulative damage assessment method for RC frame structures based on deformation
[6]. A reinforced concrete shear wall with energy dissipation
[7] A concrete - filled steel tubular and double - steel composite concrete shear wall
[8] A hollow reinforced concrete shear wall with continuous spiral stirrup end posts
[9] A new type of rubber friction slip bearing
[10]. Wood structure nodes active bolt holes for seismic reinforcement of flat iron
[11]. Hard mountain purlin low cost seismic reinforcement mast
[12] Model mouth toothpaste cover
[13]. Timber column foot shock fast combination of joints
Standard:
[1] National industry standard: "concrete special column structure technical regulations" JGJ149-2006
[2] National industry standards: "town (township) village building seismic technical regulations" JGJ161-2008
[3] National Building Standard Design Atlas: "Rural residential seismic structure details" SG618
[4] "Yunnan rural residential earthquake safety engineering technical guidelines (Trial)", 2007
[5] Yunnan Province architectural standard design Atlas: "concrete porous brick filling wall structure standard Atlas DBJT53-04-2008"
[6] Housing and Urban and Rural Construction: Rural Hazardous Housing Identification Technical Guidelines (Trial), 2009
[7] National industry standards: "rural housing risk identification standards" JGJ / T363-2014
[8] National standards: "village residential structure construction and acceptance of norms" GB / T 50900-2016
[9] Yunnan Province, the construction of local standards: "500MPa hot rolled steel ribs application of technical regulations" DBJ 53 / T-26-2010
[10] "Yunnan Province primary and secondary school building safety engineering seismic identification and reinforcement technology points", 2010
[11] Yunnan Province, the local construction standards: "sand lined pile application of technical regulations" DBJ53 / T-43-2011
[12] Yunnan Province, the local construction standards: "construction of laminated rubber isolation bearing construction and acceptance of norms" DBJ53 / T-48-2012,2012
[13] Yunnan Province, the construction of local standards: "Building laminated rubber isolation bearing performance requirements and inspection norms" DBJ53 / T-47-2012,2012
[14] National industry standards: "building energy dissipation technical regulations" JGJ297-2013,2013
[15] Yunnan earthquake disaster area housing restoration and reconstruction of seismic guidance technology guidelines, 2013
[16] Yunnan Province, the local construction standards: "building isolation engineering special identification technical regulations" DBJ53 / T-70-2015
