"

欢迎来到18luck新利体育(yabovip6666.cn)全新升级娱乐网站。18luck新利体育综合各种在线游戏于一站式的大型游戏平台,经营多年一直为大家提供安全稳定的游戏环境,18luck新利体育致力于提供全球客户有价值的游戏,为用户提供优质服务。

<address id="lb7zj"></address>

    <sub id="lb7zj"></sub>

    <sub id="lb7zj"></sub>
    <sub id="lb7zj"></sub>

    <sub id="lb7zj"></sub>

    <sub id="lb7zj"></sub>

      <form id="lb7zj"></form>

      <sub id="lb7zj"></sub>
      "

      方從啟

      發布單位:人員機構編輯:發布日期:2019/09/23瀏覽量:977

      方從啟

      出生年月

      職務職稱

      教授

      學歷/學位

      博士研究生畢業/博士

      所屬單位

      建工學院土木工程系

      聯系方式

      辦公室電話:++86-21-57123505;手機:13916675115

      電子郵箱:congqifang@msn.com

      個人簡介

      方從啟教授、博士、博導18luck新利体育,現為土木工程系教授、橋梁與隧道工程學術帶頭人,上海交通大學博士生導師18luck新利体育。主要從事結構耐久性、橋梁工程、節能環保材料等領域的研究18luck新利体育。方從啟1998年畢業于同濟大學(導師:中國科學院院士孫鈞教授)獲得博士學位,此后長期在上海交通大學從事教學和科學研究及培養博士、碩士研究生,他在混凝土結構耐久性領域的研究處于國際前沿并產生影響,其中在鋼筋腐蝕引起混凝土構件耐久性退化方面的研究處于領先水平。2003—2004年為瑞典政府SI學者及Chalmers理工大學客座教授(Guest Professor);2001年為新加坡政府TCT學者,在南洋理工大學訪問研究(研究員)。主持國家自然科學基金、國際合作科研項目、鐵道部科研計劃重點項目18luck新利体育、上海市自然科學基金等國家和省部級科研項目七項。方從啟教授共發表論文100多篇,其中SCI論文29篇18luck新利体育,EI檢索論文33篇18luck新利体育;在混凝土研究領域國際著名期刊Cement and Concrete ResearchMagazine of Concrete Research等國際著名期刊發表Q1、Q2類論文13篇,上海交大A/B檔期刊14篇(其中A6篇);發表的SCI論文被SCI核心他引300多次18luck新利体育,其中單篇最多核心他引140多次。方從啟博士申請國家和國際專利40多項,其中已經獲得授權和公布發明專利28項,國際(美國)授權發明專利1項。方從啟教授在結構耐久性和橋梁評估領域的研究成果獲得上海市科學技術獎2項(201518luck新利体育、2017,均為第一完成人,所在上海交通大學為第一完成單位)。方從啟教授兼任英文期刊The Open Construction and Building Technology Journal編委(2006-)、國際橋梁安全與維護學會(IABMAS)中國團組理事(2012-)18luck新利体育。

        方從啟教授從教近30年,在上海交通大學18luck新利体育、江蘇大學和上海師范大學培養了大批優秀人才,其中博士研究生6名18luck新利体育,碩士研究生20多名,本科生2000多名(江蘇大學、上海交通大學、上海師范大學)。他主講本科課程和研究生課程60多門/次,其中在上海交通大學主講的全英文研究生學位課程《Elasticity and Plasticity in Civil Engineering》,是最重要課程之一,面向全校學生開放選課。

      代表性論文

      [1] Mohammad Parsaeimaram, Congqi Fang*, Xianqi Luo, Chandan Shakya, Seismic performance evaluation of Double-Skin semi-base-isolated building using incremental dynamic analysis, Advances in Civil Engineering, Vol. 2018, 1-19 (SCI)

      [2] Congqi Fang*, Zhijie Yuan, Shuai Yang and Junmeng Zhang, Performance of corroded bridge piers under cyclic loading, Proceedings of The Institution of Civil Engineers-Bridge Engineering, 170(4)(2017)255-270 SCI(期刊論文

      [3] Zhijie Yuan, Congqi Fang*, Mohammad Parsaeimaram, Shuai Yang, Cyclic behavior of corroded reinforced concrete bridge piers, ASCE Journal of Bridge Engineering,227)(201704017020:1-21. SCI

      [4] Chen, X, Fang, C.Q., Wang, X., The influence of surface effect on vibration behaviors of carbon nanotubes under initial stress, PHYSICA E-LOW-DIMENSIONAL SYSTEMS & NANOSTRUCTURES, 85(2017)47-55SCI

      [5] Guo D, Fang CQ, Wang X, Lu G, Dynamic inversion characteristics of composite reinforced tubes, European Journal of Mechanic A-SOLIDS, 63(2017)53-67SCI

      [6] Yang WD, Fang CQ, Wang X, Nonlinear dynamic characteristics of FGCNTs reinforced micro-beam with piezoelectric layer based on unifying stress-strain gradient framework, Composites Part B-Engineering, 111(2017)372-386SCI

      [7] Fang Congqi*, Yuan Zhijie, Yang Shuai, Zhang Junmeng, Analysis of seismic performance of corroded reinforced concrete bridge piers, Proceedings of 8th International Conference on Bridge Maintenance, Safety and Management, IABMAS 2016: pp2099-2016, June 26, 2016 - June 30, 2016; Foz do Igua?u, Brazil. EI

      [8]W.D. Yang, X. Wang*, C.Q. Fang (方從啟),Pull-in instability of carbon nanotube-reinforced nano-switches considering scale, surface and thermal effects18luck新利体育, Composites Part B 82 (2015) 143-151. ISSN: 1359-8368SCI, Q1

      [9] W.B. Kang, Y.D. Li, W. Chen, X. Wang*, C.Q. Fang (方從啟)18luck新利体育18luck新利体育, Interlaminar stresses in piezoelectric laminated composite shells under electric, thermal and mechanical loads18luck新利体育,European Journal of Mechanics A/Solids 54 (2015) 198-208.

      [10] S. Yang, C.Q. Fang*, Z.J. Yuan and M.Y. Yi,Effect of reinforcement corrosion and repeated loads on performance of reinforced concrete beam, Advances in Structural Engineering, Vol. 18 No. 820151257-1271. SCI

      [11] J. S. Lin, X. Wang, C.Q. Fang, X. Huang, Collapse loading and energy absorption of fiber-reinforced conical shells, Composites Part B, 74(2015)178-189. SCI/Q1/交大B

      [12] H.B. Li, X. Wang*, C.Q. Fang, Anisotropic phase field solution for morphological evolution and migration of inclusions in piezoelectric films, Applied Mathematical Modelling 39 (2015) 3745–3757. SCI/Q1/交大B

      [13] H.B.Li,Y.D.Li, X.Wang*, C.Q.Fang, Nonlinear resonant behaviors of grapheme sheet affixed on an elastic medium considering scale and thermal effects, PhysicaE 72(2015)178–188. SCI/Q3/交大C

      [14] Zhaolong Han, Dai Zhou, Tao He, Jiahuang Tu, Chunxiang Li, Kenny C.S. Kwok, Congqi Fang, Flow-induced vibrations of four circular cylinders with square arrangement at low Reynolds numbers, Ocean Engineering, 96(2015)21-33. SCI/Q2/交大A

      [15] Jiahuang Tu, Dai Zhou, Yan Bao, Congqi Fang, Kai Zhang, Chunxiang Li, Zhaolong Han, Flow-induced vibration on a circular cylinder in planar shear flow, Computers & Fluids, 105(2014)138-154. SCI/Q2/交大B

      [16] Zhaolong Han, Dai Zhou, Jiahuang Tu, Congqi Fang, Tao He, Flow over two side-by-side square cylinders by CBS finite element scheme of Spalart-Allmaras model, Ocean Engineering 87(2014)40-49. SCI/Q1/交大A

      [17] W. D. Yang, X. Wang, C.Q. Fang, G. Lu, Electromechanical coupling characteristics of carbon nanotube reinforced cantilever nano-actuator, Sensors and Actuator A: Physical, 220(2014)178-187. SCI/Q1/交大A

      [18] Congqi Fang*, Shuai Yang, Zhang Zhang, Bending characteristics of corroded reinforced concrete beam under repeated loading, Structural Engineering and Mechanics, 47(6)(2013) 773-790. SCI/Q3

      [19] Wang Y. L., Liu X. L., Fang C. Q., Damage Detection of Bridges by Using Displacement Data of Two Symmetrical Points, Journal of Performance of Constructed Facility, 26(3)(2012) 300-311. SCI

      [20] Congqi Fang*, Karin Lundgren, Liuguo Chen, Chaoying Zhu, Corrosion influence on bond in reinforced concrete. Cement and Concrete Research, 34(11)(2004) 2159-2167. SCI/Q1/交大A/IF=5.70
      [21]
      Congqi Fang*, Kent Gylltoft, Karin Lundgren, Mario Plos, Effect of corrosion on bond in reinforced concrete under cyclic loading. Cement and Concrete Research,36(3)(2006) 548-555. SCI/Q1/交大A/IF=5.70
      [22]
      Congqi Fang*, Bond strength of corroded reinforcement under cyclic loading, Magazine of Concrete Research, 2006,58,No.7,437-446. SCI/Q2
      [23]
      Congqi Fang*, Karin Lundgren, Mario Plos, Kent Gylltoft, Bond behaviour of corroded reinforcing steel bars in concrete. Cement and Concrete Research,36(10)(2006)1931-1938. (SCI & EI) SCI/Q1/交大A/IF=5.70

      [24] Congqi Fang*, Shuai Yang, Cracking characteristics of corroded RC beams under repeated loading. Magazine of Concrete Research, Magazine of Concrete Research, 63(12)(2011) 941-952. SCI/Q2

      [25] Congqi Fang*, Shuai Yang, Zhang Zhang, Bending characteristics of corroded reinforced concrete beam under repeated loading, Structural Engineering and Mechanics, 6(47)(2013)773-790. SCI
      [26]
      Congqi Fang*,Meiying Yi,Shujian Cheng,Load carrying capacity of corroded reinforced concrete beams subjected to repeated load, International Journal of Modern Physics B, Vol. 22,Nos.31&32 (2008)5515-5520. SCI/Q2

      [27] B. Chen, C. Fang, Contribution of fibres to the properties of EPS lightweight concrete. Magazine of Concrete Research, 61(9)(2009)671-678. SCI/Q2
      [28] B. Chen,
      C. Fang, Mechanical properties of EPS lightweight concrete. Proceedings of Institution of Civil Engineers: Construction Materials, 164(4)(2011)173-180. EI
      [29]. Shuai Yang,
      Congqi Fang* and Zhijie Yuan, Study on Mechanical Properties of Corroded Reinforced Concrete Using Support Vector Machines, Applied Mechanics and Materials, Vols. 578-579 (2014)1556-1561. EI

      [30] Congqi Fang*, Meiying Yi. Seismic performance of a reinforced lightweight aggregate concrete frame, Key Engineering Materials. Vols. 340-341(2007) 1139-1144. EI
      [31] Congqi Fang*, Xinjian Kou, Liuguo Chen, Bing Chen, Chaoying Zhu, Experimental study of the effect of reinforcement corrosion on bond strength. Key Engineering Materials, Vols. 274-276 (2004), 1041-1046. EI
      [32]
      Fang Congqi*, Cheng Shujian. Steel corrosion in concrete using electrolytic acceleration, International Symposium on Innovation and Sustainability of Structures in Civil Engineering, NOV 28-30, 2007 ISISS '2007: PROCEEDINGS OF THE INNOVATION AND SUSTAINABILITY OF STRUCTURES, VOLS 1 AND 2,929-938
      [33]
      Fang Cong-qi*, Kou Xin-jian, The effect of steel corrosion on bond strength in concrete structures, Journal of Shanghai Jiaotong University (Science), E-10(4) (2005)436-440. EI

      代表性發明專利

      [1]抗氯離子耐久性水泥,美國專利(2017

      [2] 纖維增強混凝土復合保溫永久性模板,國家發明專利(2017)

      [3] 一種防水型泡沫混凝土永久性保溫模板,國家發明專利(2017

      [4] 防裂抗滲超薄板殼管構件的纖維混凝土及配置方法和利用,國家發明專利(2016

      [5] 用于永久性模板的纖維混凝土及永久性模板裝置,國家發明專利(2015

      [6] 一種纖維增強混凝土永久性模板及其制作方法,國家發明專利(2015

      [7] 一種泡沫混凝土材料及其制備方法18luck新利体育,國家發明專利(2015

      [8]一種用于混凝土結構的液壓預警方法及裝置,國家發明專利(2014
      [9]
      一種基于樹突式的數據采集方法及裝置18luck新利体育,國家發明專利(2014
      [10]
      一種用于混凝土結構的實時監測方法及裝置,國家發明專利(2014
      [11]
      海工混凝土墩體的鋼筋防侵銹方法及裝置,國家發明專利(2013
      [12]
      斜拉橋多層式錨固方法,國家發明專利(2010
      [13]
      用于混凝土構件的鋼筋防銹方法18luck新利体育,國家發明專利(2011
      [14]
      預埋式鋼筋銹蝕率監測儀18luck新利体育,國家發明專利(2010
      [15]
      水泥混凝土路面拉桿,國家發明專利(2011

      [16]利用廢舊輪胎和三角帶建造擋土墻的方法,國家發明專利(2010
      [17]
      用聚丙烯翼緣式井管建造水井的施工方法,國家發明專利(2010
      [18]
      預埋式混凝土碳化深度檢測裝置18luck新利体育,國家發明專利(2009
      [19]
      橋梁撓度監測系統,國家發明專利(2009
      [20]
      豎桿式橋梁撓度監測系統18luck新利体育,國家發明專利(2009
      [21]
      可更換的埋入式光纖應變傳感器,國家發明專利(2009
      [22]
      可替換埋入式傳感裝置,國家發明專利(2008

      代表性科研項目

      [1]上海市科委重點專項“零碳建筑高效隔熱墻體研發與應用”,2018-2021,主持

      [2] 國家自然科學基金“干濕循環和腐蝕環境下混凝土橋墩抗側向沖擊性能研究”2012—2015,主持

      [3] 國家自然科學基金“腐蝕環境與地震荷載共同作用下鋼筋與混凝土的粘結退化研究”2011-2012,主持

      [4] (原)鐵道部科研計劃重點項目“高速鐵路跨海大橋橋墩耐久性設計與安全監測技術研究”2011—2013,主持

      [5] 上海市自然科學基金“反復荷載作用下受腐蝕鋼筋與混凝土的粘結退化”,2005—2007,主持

      [6] 國際合作科研項目“Green Cement for Sustainable Construction”,2011-201418luck新利体育,項目負責人

      [7] 上海市城建委員會科研項目“上海市橋梁運行安全受控技術研究”,2006—2009,主持

      [8] 產學研項目“用于混凝土構件的鋼筋防銹方法-專利權轉讓和成果應用”18luck新利体育18luck新利体育,2012,項目負責人

      [9] 產學研項目“節能環?;炷两ㄖ嫾_發和應用”,2014-至今18luck新利体育,項目負責人


      獲獎和榮譽

      1)上海市技術發明二等獎2015,1):大型混凝土結構耐久性強化與監測新技術。

      2)上海市技術發明三等獎(2017,第1):混凝土結構預警防護一體化技術18luck新利体育18luck新利体育。

      3)瑞典政府SI學者(基金),2003

      4)瑞典政府SI學者(基金),2004

      51998-2017在交大任職期間18luck新利体育,共9次獲得優秀教師18luck新利体育、年度考核和聘期考核優秀。




      18luck新利体育<address id="lb7zj"></address>

        <sub id="lb7zj"></sub>

        <sub id="lb7zj"></sub>
        <sub id="lb7zj"></sub>

        <sub id="lb7zj"></sub>

        <sub id="lb7zj"></sub>

          <form id="lb7zj"></form>

          <sub id="lb7zj"></sub>