性 別

男

職稱/職位

副教授/副主任

郵 箱

shenwei_abc@163.com

碩/博導

碩導

聯系電話

研究領域

結構安全性與可靠性評估，疲勞、損傷與斷裂，船體結構健康監測，先進復合材料結構等

個人簡介

諶偉，博士，副教授，港口航道與海洋工程系副主任。主要從事結構安全性與可靠性評估，疲勞與斷裂，結構健康監測，先進復合材料結構力學等領域的研究。中國力學學會、中國水利教育協會、中國交通教育研究會網絡教育資源中心會員，擔任焊接雜志社第一屆青年編委會編委、中國鋼結構協會海洋鋼結構分會理事，《International Journal of Fatigue》、《Ships and Offshore Structures》、《Fatigue & Fracture of Engineering Materials & Structures》、《Thin-walled Structures》、《International Journal of Naval Architecture and Ocean Engineering》、《Engineering Structure》、《SN Applied Sciences》、《International Journal of Solid and Structures》、《Part C:Journal of Mechanical Engineering Science》、《Journal of Material Science》、《Mechanics of Advanced Materials and Structures》、《Engineering Review》、《華中科技大學學報（自然科學版）》、《工程力學》、《上海交通大學學報》等期刊審稿人。擔任國家自然科學基金通訊評審專家，指導碩士研究生10余人，協助指導博士生1人。主講課程《工程力學》、《材料力學》、《船舶結構力學》、《港口水工建筑物》、《結構完整性分析》、《結構動力學》、《斷裂與損傷力學》、《結構穩定性分析》、《水工結構建模分析》等。

主持國家自然科學基金青年基金項目、國家重點實驗室基金項目、多項國防研究項目，參加國家自然科學基金、國防科研項目、企業橫向項目多項，在國內外權威期刊、會議上發表相關文章70余篇，其中SCI檢索46篇（一作或通訊39篇，含錄用2篇），EI檢索12篇（一作6篇），中文核心8篇，申請國家發明專利2項（授權1項），編寫規劃教材1部（第二）。

教育經歷

2012.09—2015.06，武漢理工大學船舶與海洋結構物設計制造專業博士；

2010.09—2012.06，武漢理工大學船舶與海洋結構物設計制造專業碩士；

2006.09—2010.06，武漢理工大學船舶與海洋工程專業本科；

工作經歷

2021.11—至今，武漢理工大學船舶與動力工程學院港口與航道結構工程系副主任；

2017.09—至今，武漢理工大學船舶與動力工程學院港口與航道結構工程系副教授；

2015.07—2017.09，武漢理工大學船舶與動力工程學院港口與航道結構工程系講師；

2014.05—2015.05，英國University of Strathclyde船舶與海洋結構工程系訪問研究者；

科研項目

• 國家自然科學基金委員會,青年科學基金項目, 51609185, 基于奇異強度理論的船體焊接接頭應力場和疲勞強度評估, 2017-01-01 至2019-12-31,結題,主持。

• 工信部,工信部高技術船舶, 20201g0016b , 子題2：標志性船型結構優化設計研究, 2020-01 至2022-12,在研,參與。

• 國家重點實驗室開放基金項目,一般縱向, 1613, 基于N-SIF的應變能密度法評估船體焊接 接頭的疲勞強度, 2016-01 至2018-12,結題,主持。

• 三亞科教園創新基金,一般縱向, 47210051, 深遠海網箱養殖銅合金網衣結構疲勞試驗研究, 2021-01至2022-12,在研,主持。

• 中國艦船設計研究中心,企業項目,鋁合金整體壁板船體結構疲勞強度試驗于評估分析, 2021-09 至2021-12,結題,主持。

• XXX研究所,企業項目, 612101761, XX連接結構疲勞性能測試, 2021-01 至2021-12,結題,主持。

• XXX研究所,企業項目, 632004771, 復合材料XX典型結構仿真計算及優化設計, 2020-10 至2021-06,結題,主持。

• XXX研究所,企業項目, 201802HX16, 對接接頭雙軸疲勞試驗, 2018-01 至2018-12,結題,參與。

• XXX研究所,企業項目, 20173f0034, 夾芯復合材料典型節點極限強度研究, 2017-01 至2018-12,結題,參與。

• XXX研究所,企業項目, 201602HX19, 大試件疲勞試驗研究, 2016-01 至2017-12,結題,參與。

• XXX研究所,企業項目, 20153f0025, 夾芯復合材料L型節點疲勞試驗研究, 2015-01 至2016-12,結題,參與。

代表性論文

及著作

[1] Wei Shen, Renjun Yan, Enqian Liu, Lin Xu. Fatigue growth behavior for surface crack in welding joints under combined compressive and bending stresses[J].International Journal of Fatigue, 2015, 77:50-63.

[2] Wei Shen, Renjun Yan, Nigel Barltrop, Min Song, Enqian Liu. Fatigue crack growth analysis of T junction under biaxial compressive-compressive loading[J]. Engineering Fracture Mechanics, 2016, 154:207-224.

[3] Wei Shen, Nigel Barltrop, Renjun Yan, Enqian Liu, Kai Qin, Lifei Song. Stress field and fatigue strength analysis of 135-degree sharp corners under tensile and bending loadings based on notch stress strength theory[J]. Ocean Engineering, 2015, 107:32-44.

[4] Wei Shen, Renjun Yan, Nigel Barltrop, Enqian Liu, Lifei Song. A method of determining structural stress for fatigue strength evaluation of welded joints based on notch stress strength theory[J]. International Journal of Fatigue, 2016, 90:87-98.

[5] Wei Shen, Renjun Yan, Xiaoxing Wang, Enqian Liu, Lin Xu. Fatigue life evaluation of welded joints considering the local multiaxial stress/strain states and numerically determined residual stresses/strains[J].International Journal of Steel Structures, 2017,17(1):139-153.

[6] Wei Shen, Renjun Yan, Nigel Barltrop, Kai Qin, Feng He. A simplified fatigue assessment method for transverse fillet welded joints[J]. Acta Mechanica Solida Sinica, 2017,30(2):198-208.

[7] Wei Shen, Renjun Yan, Feng He, Shaomin Wang. Multiaxial fatigue analysis of complex welded joints in notch stress approach[J]. Engineering Fracture Mechanics, 2018, 204: 344-360.

[8] Wei Shen, Renjun Yan, Bailu Luo, Yingfu Zhu, Haiyan Zeng. Ultimate strength analysis of composite typical joints for ship structures[J].Composite Structures, 2017,171: 32-42.

[9] Wei Shen, Bailu Luo, Renjun Yan, Haiyan Zeng, Lin Xu. The mechanical behavior of sandwich composite joints for ship structures[J].Ocean Engineering, 2017,144: 78-89.

[10]Wei Shen, Renjun Yan, Shuangying Li, Lin Xu. Spring-back analysis in the cold-forming process of ship hull plates[J].The?International?Journal?of?Advanced?Manufacturing?Technology, 2018, 96: 2341-2354.

[11]Wei Shen, Renjun Yan, Yue Lin, Heqi Fu. Residual stress analysis of hull plate in multi-point forming[J].Journal of Constructional Steel Research, 2018, 148:65-76.

[12]Wei Shen, Renjun Yan, Shuangying Li. Numerical and experimental analysis on cold-forming and spring-back of hull plate[J]. Proc ImechE Part E:?Journal of Process Mechanical Engineering, 2019, 233:561-569.

[13]Wei Shen, Linzhi Xu, Feng He, Lifei Song. Notch stress to assess multiaxial fatigue of complex welded structures under non-proportional loading[J]. Theoretical and Applied Fracture Mechanics, 2019, 102: 151-161.

[14]Wei Shen, Yu Qiu, Chunmei Li, Yaoyu Hu, Mengzhen Li. Fatigue strength evaluation of thin plate butt joints considering initial deformation[J]. International Journal of Fatigue, 2019, 125:85-96.

[15]Wei Shen, Yingjiang Zhao, Lun Li, Yu Qiu, Enqian Liu. Assessment of residual ultimate strength on plate girders with web opening under compression-bending loadings[J]. Ocean Engineering, 2019,187: 106147.

[16]Wei Shen, Yu Qiu, Linzhi Xu, Lifei Song. Stress concentration effect of thin plate joints considering welding defects[J]. Ocean Engineering, 2019, 184: 273-288.

[17]Wei Shen, Renjun Yan, Yue Lin, Peiyong Li. Evaluation of residual stress for multi-point repeated forming technology[J]. Ships and Offshores Structures, 2019, 1686228.

[18] Yaoyu Hu, Renjun Yan, Wei Shen, Kang Liu. Notch stress analysis and fatigue strength assessment of tube-flange welded joints under torsion loading[J]. Ocean Engineering, 2019, 186: 106074.

[19]Wei Shen, Renjun Yan, et al. Fatigue reliability evaluation of thin plate welded joints considering initial welding deformation[J]. Ocean Engineering, 2021, 236, 109440.

[20]Wei Shen, Renjun Yan, Nigel Barltrop, et al. Stress field analysis of 135-degree sharp corners based on notch stress strength theory[J]. Journal of Ship Mechanics, 2015, 19(3):273-283.

[21]Wei Shen, Renjun Yan, Nigel Barltrop, et al. Fatigue strength evaluation of transverse fillet welded joints based on notch stress strength theory[J]. Journal of Ship Mechanics, 2015,19(9): 1116-1125.

[22]Wei Shen, Renjun Yan, Lin Xu, et al. A modified stress intensity factor expression subjected to combination of compressive and bending stresses[J]. Journal of Ship Mechanics, 2014, 18(3):303-316.

[23]Wei Shen, Renjun Yan, Lin Xu, et al.Experimental study on biaxial compressive-compressive fatigue of T junction[J]. Journal of Ship Mechanics, 2014, 18(12):1460-1471.

[24]諶偉，嚴仁軍，徐琳，張新宇，耿黎明.考慮殘余應力下焊接接頭多軸疲勞損傷研究[J].中國造船, 2014, 55(2):67-76.

[25]嚴仁軍，何豐，諶偉.基于缺口應力法的焊接接頭疲勞強度評估[J].武漢理工大學學報(交通科學與工程版), 2017, 5: 766-769.

[26]徐林志，嚴仁軍，諶偉.彎曲載荷下船體十字形焊接接頭的應力場分析[J].船海工程,2018, 3: 80-83.

[27]Wei Shen, Renjun Yan, Lin Xu, Guangning Tang, Xialiang Chen. Application study on FBG sensor applied to hull structural health monitoring[J]. OPTIK, 2015, 126: 1499-1504.

[28]胡鑫，嚴仁軍，諶偉，胡耀愚，何豐.基于缺口應力法的IIW多軸疲勞準則分析[J].焊接學報, 2019, 40: 77-81.

[29]胡鑫，嚴仁軍，諶偉，胡耀愚，何豐.基于IIW準則的焊接接頭多軸疲勞強度評估[J].船舶工程, 2019, 7: 105-110.

[30] Xin Hu, Renjun Yan, Wei Shen, Yaoyu Hu, Feng He. Research on stress concentration factor of tube joints under pure bending and torsion loading[J].China Welding, 2019, 28: 28-34.

[31]裴志勇,諶偉,楊平,吳衛國.船體強度與結構設計[M].科學出版社2017.

[32]Wei Shen, Yu Qiu, Renjun Yan, Linzhi Xu, Enqian Liu. A simplified method for evaluating singular stress field and fatigue strength of U-shaped notch[J]. Marine Structures, 2020, 72:102770. 1

[33]Wei Shen, Yu Qiu, Yaoyu Hu, Enqian Liu, Jin Pan. A simplified method for evaluating singular stress field of V-shaped and U-shaped notches with different opening angle[J].Ocean Engineering, 2020, 210:107352.

[34] Shaomin Wang, Wei Shen, Jinjie Guo, Taiping Yuan, Yu Qiu, Qiyou Tao. Engineering prediction of fatigue strength for copper alloy netting structure by experimental method[J]. Aquacultural Engineering, 2020, 90:102087. 4

[35]Wei Shen, Mou Zuo, Shuangxi Xu, Enqian Liu. Evaluation of fatigue strength of cruciform welded joints by strain energy density method based on singular strength factor[J]. Theoretical and Applied Fracture Mechanics, 2020, 108: 102639.

[36]Wei Shen, Guiming Liang, Chunmei Li, Enqian Liu. A simplified method to predict the local stress field and N-SIF of V-shaped notch[J].Engineering Fracture Mechanics, 2020, 234: 107096.

[37]Wei Shen, Yu Qiu, Lin Xu, Enqian Liu. A semi-analytical formula for calculating the notch stress field of cruciform welded joint under bending loading[J].Fatigue and Fracture of Engineering Materials and Structures, 2020, 43: 1-16.

[38] Yaoyu Hu, Renjun Yan, Wei Shen, Filippo Berto, Chunmei Li. A novel semi-analytical method for notch stress and fatigue strength analysis of tube-flange welded joints[J].International Journal of Fatigue, 2020, 141: 105860.

[39] Shuangxi Xu, Ziwen Gu, Wei Shen, Qiheng Lei, Weiguo Tang. Experimental and numerical study on ultimate bearing capacity of pressure cabin for nuclear power ships[J]. Ocean Engineering, 2020, 218: 108123.

[40]Wei Shen, Xiaoxing Wang, Lin Xu, Yingjiang Zhao. Strain transferring mechanism analysis of the substrate-bonded FBG sensor [J]. OPTIK, 2018, 154: 441-452.

[41]Wei Shen, Guiming Liang, Jiajing Lei, Chunmei Li. Singular intensity factor method to estimate notch stress and N-SIF in double edge V-notched plate[J]. Thin-walled Structures, 2021, 169: 108387.

[42]Wei Shen, Zishuo Wang, Kai Qin, Heqi Fu, Enqian Liu. Simplified semi-analytical method to calculate N-SIF of anisotropic composite plate with single edge notch[J]. Composite Structures, 2022, 280: 114953.

[43] Kai Qin, Renjun Yan, Wei Shen, Yaoyu Hu. Research on the tension damage behavior of sandwich composite L-joints: experiment and simulation[J]. Composite Structures, 2020, 232: 111566.

[44]Wei Shen, Yu Qiu, Xiaobin Li, Xinyu Han, Filippo Berto, Dan Hu. Stress magnification effect of initial deformation on the notch stress field and fatigue strength of thin plate welded joints[J]. Marine Structures, 2021, 78: 102999.

[45] Yu Qiu, Wei Shen, Renjun Yan, Linzhi Xu, Enqian Liu. Fatigue reliability evaluation of thin plate welded joints considering initial welding deformation[J]. Ocean Engineering, 2021, 236: 109440.

[46]Wei Shen, Xinyu Han, Shuangxi Xu, Junwei Cao, Jinyang Li. Fatigue assessment of 5059 aluminum alloy thin plate welded joint accounting for welding deformation and residual stress[J]. Ships and Offshore Structures, 2021, 2021606.

[47] Yu Qiu, Wei Shen, Renjun Yan, Xiaobin Li, Zhenzhou Ye, Mengzhen Li, Kang Liu, Kai Qin. An improved numerical method for calculating mechanical properties of bi-modulus sandwich composite structures[J]. Ocean Engineering, 2022, in press.

[48]Wei Shen, Yuwen Chen, Heiqi Fu, Linzhi Xu, Yu Qiu. A semi-analytical formula for estimating notch stress field and N-SIF of double edge V-notched orthotropic thin plate[J]. Archive of Applied Mechanics, 2022, in press.

所獲獎勵

2020年指導的本科畢業論文被評為校優秀學士論文，2020；校級教學成果一等獎:國際化視角和“新工科”背景下港航專業創新型人才培養體系構建, 2021，排名三；校級，武漢理工大學青年教師十大科技進展，2021；中國交通教育研究會2017-2019年度交通教育科學研究優秀成果獎一等獎，排名二

國際交流

與合作

2014.05—2015.05，英國University of Strathclyde船舶與海洋結構工程系訪問研究者；

招生專業

碩士入學專業

水利工程、船舶與海洋工程、土木水利、結構工程、工程力學、機械大類

意向本科專業

港航航道與海岸工程、船舶與海洋工程、工程力學

畢業生

主要去向

研究所、企事業單位，深造讀博等。