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姓名: 張茜
性別:
英文名: Zhang Qian
人才稱號: 天津市青年人才托舉工程
職稱: 副教授
職務: 專業: 固體力學
所在機構: 機械工程學院力學系 個人主頁: http://faculty.tju.edu.cn/Qian_Zhang/zh_CN/index.htm
郵箱: zhangqian@tju.edu.cn 辦公地點: 第36教學樓(力學大樓)504室
傳真: 辦公電話:
主要學歷: 2003.09~2007.06 天津大學機械學院工程力學 工學學士;
2007.09~2012.06 天津大學機械學院固體力學 工學博士;

主要學術經歷: 2012.07~2014.04 天津大學機械工程學院機械系 博士后;
2014.10~2015.04 澳大利亞國立大學(ANU)工程系 博士后;
2014.05~2017.06 天津大學機械工程學院力學系 講師/碩士生導師;
2017.07~至今 天津大學機械工程學院力學系 副教授/博士生導師;

主要研究方向: 實驗數據/工程檢測數據分析方法與應用;大型工程裝備載荷建模與效能優化;鋰離子電池力電化學耦合行為實驗測試

主要講授課程: 材料力學;工程力學;數據分析與數據挖掘

主要學術兼職:

主要學術成就: 天津市技術發明一等獎(2015年);中國鐵建科學技術一等獎(2013年)

主要科研項目: [1]國家自然科學基金面上項目“基于檢測數據智能分析的力學建模與盾構載荷地質適應性研究(11872269)”,負責人,在研項目;
[2]國家自然科學基金青年項目 “海量工程數據反演識別方法與盾構裝備載荷及掘進能效的力學建模(11302146)”,負責人,結題項目;
[3]中國博士后科學基金面上項目“基于海量實測數據的反演分析方法與盾構載荷力學建模(2013M541172)”,負責人,結題項目;
[4]國家級盾構及掘進技術重點實驗室開放基金“盾構在軟土施工中的力學行為表征與載荷建模”, 負責人,結題項目;
[5]973項目“硬巖刀盤系統動力學行為與設計理論(No. 2013CB035402)”,參加人,在研項目;
[6]973項目“復雜地質掘進過程的界面行為 (No: 2007CB714001)”,參加人,結題項目;
[7]863項目“大直徑硬巖隧道掘進裝備關鍵技術研究及應用(No. 2009AA04Z423)”,參加人,結題項目;
[8]863項目“大型全斷面掘進裝備刀盤和刀具運行狀態監測技術與預警系統(No: 2012AA041801)”,參加人,結題項目;
[9]國家自然科學基金重大儀器專項“典型掘進裝備關鍵部件壽命狀態的力學診斷與檢測儀器(No. 11127202)”,參加人,結題項目;
[10]國家自然科學基金重點項目“微納尺度實驗力學中的傳感、測量、識別新方法研究(No. 10732080)”,參加人,結題項目;

代表性論著: 1.Baoqin Shi, Yilan Kang, Haimei Xie, Haibin Song, Qian Zhang?. In situ Measurement and Experimental Analysis of Lithium Mass Transport in Graphite Electrodes. Electrochimica Acta, 2018, 284: 142-148. (SCI)
2.Wang, L., Li, H., Zhao, X., & Zhang, Q*. Development of a prediction model for the wear evolution of disc cutters on rock TBM cutterhead.Tunnelling and Underground Space Technology, 2017, 67, 147-157. (SCI)
3.Xie H, Zhang Q, Song H, et al. Modeling and in situ characterization of lithiation-induced stress in electrodes during the coupled mechano-electro-chemical process. Journal of Power Sources, 2017, 342: 896-903. (SCI)
4.Song, H., Zhang, H., Fu, D., & Zhang, Q*. Experimental analysis and characterization of damage evolution in rock under cyclic loading. International Journal of Rock Mechanics and Mining Sciences, 2016, 88: 157-164. (SCI)
5.Lihui Wang, Yilan Kang, Xiangjun Zhao, Qian Zhang*. Disc cutter wear prediction for a hard rock TBM cutterhead based on energy analysis. Tunnelling and Underground Space Technology, 2015, 50:324-333. (SCI)
6.Qian Zhang, Zhende Hou, Ganyun Huang, Zongxi Cai, Yilan Kang*, Mechanical characterization of the load distribution on the cutterhead–ground interface of shield tunneling machines, Tunnelling and Underground Space Technology, 2015, 47: 106-113. (SCI)
7.Qian Zhang, Chuanyong Qu, Zongxi Cai, Yilan Kang*, Tian Huang, Modeling of the thrust and torque acting on shield machines during tunneling, Automation in Construction, 2014, 40: 60–67. (SCI)
8.Qian Zhang, Tian Huang, Ganyun Huang, Zongxi Cai, Yilan Kang*. Theoretical model for loads prediction on shield tunneling machine with consideration of soil-rock interbedded ground, SCIENCE CHINA Technological Sciences, 2013, 56(9): 2259-2267. (SCI)
9.Qian Zhang, Yilan Kang*, Zheng Zheng, Lihui Wang. Inverse analysis and modeling for tunneling thrust on shield machine, Mathematical Problems in Engineering, 2013,2013:1-9. (SCI)
10.Qian Zhang, Chuanyong Qu, Yilan Kang*, Ganyun Huang, Zongxi Cai, Yu Zhao, Haifeng Zhao, Pengcheng Su. Identification and optimization of energy consumption by shield tunnel machines using a combined mechanical and regression analysis, Tunnelling and Underground Space Technology, 2012, 28: 350-354. (SCI)
11.Lihui Wang, Yilan Kang*, Zongxi Cai, Qian Zhang, Yu Zhao, Haifeng Zhao, Pengcheng Su. The energy method to predict disc cutter wear extent for hard rock TBMs, Tunnelling and Underground Space Technology, 2012, 28: 183~191. (SCI)
12.Honglei Zhang, Xuehui Lin, Yanqun Wang, Qian Zhang, Yilan Kang*. Identification of elastic-plastic mechanical properties for bimetallic sheets by hybrid-inverse approach, Acta Mechanica Solida Sinica, 23(1):29~35, 2010. (SCI)
13.張茜,蔡宗熙,黃干云,侯振德,亢一瀾*,鄭琳,盾構刀盤系統界面載荷力學表征與近似計算模型,力學學報,2012,44(5):861-868. (EI)
14.張茜,王娟,亢一瀾*,實驗數據反演識別分析方法與力學表征,實驗力學,2013, 28(2):141~150.(中文核心)
15.鄭崢,張茜*,亢一瀾,盾構裝備掘進總推力的反演識別與力學建模,機械工程學報,2014,50(21):31-37. (EI)
16.周思陽,亢一瀾,蘇翠俠,張茜*. 基于力學分析的TBM 掘進總推力預測模型研究,機械工程學報,2016,52(20):76-82. (EI)
17.張茜,曲傳詠,黃田,蔡宗熙,亢一瀾*,代斌,冷建忠,王燕群,盾構在掘進過程中的力學分析與載荷預估,工程力學,2012,29(7):291-297. (EI)
18.Qian Zhang, Chuanyong Qu, Zongxi Cai, Tian Huang, Yilan Kang*, Ming Hu, Bin Dai, Jianzhong Leng, Modeling Specific Energy for Shield Machine by Non-linear Multiple Regression Method and Mechanical Analysis,Advances in Intelligent and Soft Computing, 2012, 144: 75~80. (EI)
19.Qian Zhang, Yilan Kang, Chuanyong Qu, Yanqun Wang, Tian Huang, Zongxi Cai*, Mechanical Model for Operational Loads Prediction on Shield Cutter Head during Excavation, IEEE/ASME International Conference on Advanced Intelligent Mechatronics, Canada, 2010, 1252~1256. (EI)
20.Kui Chen, Zheng Zheng*, Qian Zhang, Residual Analysis in Inverse Identification of Total Thrust on Shield Tunneling Machine, Appiled Mechanics and Materials, 2014, 455: 557-560. (EI)
21.Zheng Zheng, Kui Chen, Qian Zhang*, Identification of Loads on Shield Tunneling Machines Based on PSO-SVM Method, Applied Mechanics and Materials, 2013, 392: 746-749. (EI)
22.Qian Zhang, Yilan Kang, Zongxi Cai*, Yu Zhao, Haifeng Zhao, Pengcheng Su, A Nonlinear Multiple Regression Model for Load Identification of Shield Machine Combined with Mechanical Analysis, International Conference on Fuzzy Systems and Knowledge Discovery, Shanghai, China, 2011, 1212~1216. (EI)
23.張茜,亢一瀾,黃干云,蔡宗熙,曲傳詠,侯振德,上下分層地質條件下盾構刀盤正面載荷的計算方法,國家發明專利,專利號:201110235394.5.
24.張茜,亢一瀾,侯振德,黃田,蔡宗熙,隧道掘進機在不同地質下最優掘進速度的計算方法,國家發明專利,專利號:201110061812.3.
25.亢一瀾,張茜,蔡宗熙,黃干云,仇巍,隧道掘進機刀盤驅動載荷計算方法,國家發明專利,專利號:201110061650.3.
26.張茜,亢一瀾,曲傳詠,蔡宗熙,盾構掘進左右轉向時回轉彎矩的計算方法,國家發明專利,專利號:201210013422.3.
27.張茜,亢一瀾,曲傳詠,蔡宗熙,侯振德,盾構掘進中沿深度方向調向時俯仰彎矩的計算方法,國家發明專利,專利號:201210014173.x.
28.張茜,亢一瀾,蔡宗熙,仇巍,王燕群,黃田,上下分層地質條件下盾構刀盤俯仰彎矩的計算方法,國家發明專利,專利號:201110237149.8.
29.張茜,亢一瀾,蔡宗熙,黃干云,曲面型土壓平衡盾構刀盤正面扭矩的計算方法,國家發明專利,專利號:201410084127.6.
30.張茜,亢一瀾,周思陽,蔡宗熙,侯振德,硬巖TBM裝備掘進過程中總推力的計算方法,專利號:201510014104.2.
31.王立輝,亢一瀾,張茜,侯振德,蔡宗熙,曲傳詠,硬巖隧道掘進機盤形滾刀磨損量的實時計算方法,專利號:201510617860.4.
32.張茜,亢一瀾,侯振德,蔡宗熙,曲傳詠,仇巍,分層地質中盾構機推進油缸垂直分區壓力配比的確定方法,專利號:201510014566.4.
33.王立輝,亢一瀾,張茜,侯振德,蔡宗熙,曲傳詠,仇巍,硬巖隧道掘進機刀盤掘進系統刀具磨損情況實時預估方法,專利號:201510056243.1.
34.張茜,亢一瀾,侯振德,蔡宗熙,盾構刀盤不同安裝半徑處刀具數量的確定方法,專利號:201410083908.3.
35.張茜,亢一瀾,蔡宗熙,侯振德,仇巍,曲傳詠,左右轉向時盾構推進油缸水平分區壓力配比的確定方法,專利號:201510014103.8.
36.張茜,亢一瀾,蔡宗熙,侯振德,仇巍,基于試掘進段數據的盾構推力控制的工程建模方法,申請號:201510014479.9.
37.張茜,周思陽,亢一瀾,王立輝,蔡宗熙,侯振德,計算硬巖隧道掘進機刀盤扭矩的方法, 申請號:201610574107.6.
38.張茜,周思陽,亢一瀾,蔡宗熙,侯振德,一種基于量綱分析的盾構掘進總推力的計算方法,申請號:201810033425.0.
39.張茜,周思陽,亢一瀾,蔡宗熙,侯振德,一種基于量綱分析的盾構刀盤扭矩的計算方法,申請號:201810034645.5.
40.張茜,齊文聰,亢一瀾,周思陽,復合土壓平衡盾構在巖土混合地質掘進中刀盤扭矩的計算方法,申請號:201711498173.0.
41.張茜,齊文聰,亢一瀾,周思陽,復合土壓平衡盾構在巖土混合地質掘進中總推力的計算方法,申請號:201711498786.4.
42.韓美東,蔡宗熙,亢一瀾,侯振德,曲傳詠,張茜,全斷面巖石掘進機刀盤掘進載荷的確定方法,申請號:201611075186.2.
43.王立輝,亢一瀾,張茜,周思陽,邸迎濤,巖石隧道掘進機常截面盤形滾刀磨損狀況的預測方法,申請號:201710910463.5.
44.王立輝,張茜,亢一瀾,趙祥君,侯振德,蔡宗熙,一種硬巖隧道掘進機常截面盤形滾刀重量磨損量預估方法,申請號:201610771253.8.
45.王立輝,亢一瀾,張茜,侯振德,蔡宗熙,曲傳詠,一種硬巖掘進機掘進狀態的判斷方法,申請號:201510613867.9.

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