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教育部第十一批援疆干部——汪舟

信息來源: 發布日期:2025-05-09

汪舟,男,漢族,19819月生,畢業于上海交通大學卡爾斯魯厄理工學院機械材料專業,博士,教授,現任智慧交通學院院長。

學習及工作經歷

2000.09 - 2004.6  武漢理工大學材料科學與工程學院,本科學習

2004.09 - 2006.06 武漢理工大學材料科學與工程學院+硅酸鹽建筑材料國家重點實驗室(武漢理工大學),工學碩士(本碩連讀基地班)學習

2006.09-2011.06 上海交通大學-卡爾斯魯厄理工學院(機械-材料)聯合培養博士(20089月至 20101月,留學基金委資助赴德國卡爾斯魯厄理工學院(KIT)聯合培養)

2011.07-2012.01 中國航天科技集團第八研究院800研究所,工程師

2012.02-2023.07 武漢理工大學汽車工程學院車輛工程系,講師,副教授(2018.06-2018.11,美國佐治亞理工學院(GT)訪問學者)

2023.08-2024.01 新疆職業大學機械電子學院,院長(中組部,教育部第十一批援疆干部)

2024.02-至今,新疆職業大學智慧交通學院,院長(中組部,教育部第十一批援疆干部)

科研成果方面

(一)科研項目

  1. 兩級交變載荷下船體節點疲勞損傷規律研究,項目批準號:51879208,國家自然科學基金項目面上項目,起止年限:2019.01-2022.12

  2. 高低頻復合載荷下船體節點疲勞損傷機理與壽命預測方法研究,項目批準號:52371335,國家自然科學基金項目面上項目,起止年限:2024.01-2027.12

  3. 熱應力高能噴丸強化齒輪鋼微觀結構演變和疲勞機理研究,項目批準號:51405356,國家自然科學基金項目青年基金,起止年限:2015.01-2017.12.

  4. 高壓發生器適應性改造及探測器三維旋轉平臺試制,項目批準號:2012WQ050076,國家重大科學儀器專項子項,國家科技部,起止年限:2013.01-2014.12.

  5. 多彈丸撞擊過程材料動態響對20CrMnTi鋼疲勞性能的影響,項目批準號:20130143120015,教育部博士點基金新教師項目,國家教育部,起止年限:2014.01-2016.12.

  6. 齒輪零部件材料噴丸強化及抗疲勞機理研究,項目批準號:2012-IV-067,武漢理工大學新任教職博士(后)人員項目,起止年限:2012.04-2014.03.

    5.汽車關鍵零部件復合噴丸強化與抗疲勞性能研究,項目批準號:2013-VII-020,武漢理工大學交叉學科創新研究項目,起止年限:2013.06-2015.05.

    6. LTCC材料物理化學性能分析, 2021. 09–2021.12, 項目批準號:20212h0263?北京建筑材料科學研究總院有限公司

    7.噴丸工藝對懸架彈簧表面質量殘余應力和疲勞壽命影響仿真分析,2021.01 - 2021. 07?項目批準號:20211h0039?,廣汽集團廣州華德汽車彈簧有限公司

    8.汽車空心穩定桿內壁噴丸工藝參數計算分析合同,2021.01-2021.07?項目批準號:20211h0041?,廣汽集團廣州華德汽車彈簧有限公司

    9.汽車穩定桿淬火后各位置變化量計算分析,2021.01-?2021.07,項目批準號:20211h0040,?廣汽集團廣州華德汽車彈簧有限公司

    10. 1122-TJ1600架橋機計算仿真分析,2019. 03?- 2019.05?, 項目批準號:20191h0120,徐工集團工程機械股份有限公司

    11.車身異響仿真聯合開發項目SNRD模塊直接法異響分析優化,2020. 01?- 2021. 01, ?項目批準號:20202h0019?中國汽車工程研究院股份有限公司?

    12.海馬EN00異響DMU檢查分析,2019.09?- 2020.08?,項目批準號:20202h0017?,中國汽車工程研究院股份有限公司

    14.高硼硅玻璃管(YT140)環切等級性能評估研究, 2019. 01?- 2020. 01,項目批準號:20192h0055?,中國建筑材料科學研究總院有限公司?

(二)學術論文

[1] Zhou Wang, Jin Gan, Jiaxi He, Xiaoli Wang, Ying Yang, Ming Shi, Xudong Ren, Investigation of the effects of shot overlap and rigid body assumptions on surface layer characteristics in shot peening simulation, Surface and Coatings Technology, 425 (2021) 127737

[2] Zhou Wang, Ming Shi, Jin Gan*, Xiaoli Wang, Ying Yang, Xudong Ren, The effects of shot distance and impact sequence on the residual stress field in shot peening finite element model, Metals, 11, 462.

[3] Zhou Wang, Xiaoli Wang*, Haiming Huang, Jin Gan, Ying Yang, Jiaxi He, Ming Shi, Effect of High-Energy Shot Peening on Surface Nanocrystallization and Integrity of AISI 4140 Steel: A Numerical and Experimental Investigation, Journal of Materials Engineering and Performance,  https://doi.org/10.1007/s11665-021-05821-12021

[4] Hanlie Zhong, Zhou Wang*, Jin Gan, Xiaoli Wang, Ying Yang, Jiaxi He, Tingting Wei, Xunpeng Qin, Numerical simulation of martensitic transformation plasticity of 42CrMo steel based on spot continual induction hardening model, Surface and Coatings Technology, 385 (2020) 125428. (SCI)

[5] Haiming Huang, Zhou Wang*, Jin Gan, Ying Yang, Xiaoli Wang, Jiaxi He, Xiaoyan Gan, The study of universality of a method for predicting surface nanocrystallization after high energy shot peening based on finite element analysis, Surface and Coatings Technology, 358 (2019) 617-627. (SCI) (JCRQ1)

[6] Xiaoli Wang, Zhou Wang*,Gang Wu, Jin Gan, Yiang Yang, Haiming Huang, Jiaxi He, Hanlie Zhong, Combining the finite element method and response surface methodology for optimization of shot peening parameters, International Journal of Fatigue, 129 (2019) 105231 SCI

[7] Xiaoli Wang, Qingshuai Meng, Zhou Wang*, Jin Gan, Yiang Yang, Xunpeng Qin, Kai Gao, Hanlie Zhong, Man Cheng, Xiaoyan Gan, Prediction of the surface characteristic of 42CrMo after spot continual induction hardening based on a novel co-simulation method, Surface and Coatings Technology, 375 (2019) 252-266. (SCI)

[8]Jin Gan*, Kai Zhao, Zhou Wang, Xiaoli Wang, Weiguo Wu, Fatigue damage of designed T-type specimen under different proportion repeating Two-Step variable amplitude loads, Engineering Fracture Mechanics 221 (2019) 106684 SCI

[9] Gang Wu, Zhou Wang*, Jin Gan, Ying Yang, Qingshuai Meng, Shun Wei, Haiming Huang, FE analysis of shot-peening-induced residual stresses of AISI 304 stainless steel by considering mesh density and friction coefficient, Surface Engineering, 35 (2019) 242-254.

[10] Junjie Huang, Zhou Wang*, Jin Gan, Gang Wu, Qingshuai Meng, Investigation of fatigue performance improvement in SiCw/Al composites with different modified shot peening treatments by considering surface mechanical properties, , Journal of Alloys and Compounds, 728 (2017) 169-178, (SCI)

[11] Kai Gao, Xunpeng Qin*, Xuliang Chen, Zhou Wang, Zhenhua Zhu, Man Cheng, Effect of curved surface shape and feed velocity on microstructure and mechanical performance of gray cast iron after spot continual induction hardening, Journal of Materials Engineering and Performance. 26 (2017) 1993-2002. (SCI)

[12] Xunpeng Qin*, Kai Gao, Zhenhua Zhu, Xuliang Chen, Zhou Wang, Prediction and optimization of phase transformation region after spot continual induction hardening process using response surface method, Journal of Materials Engineering and Performance, 26 (2017) 4578-4594. (SCI)

[13] Xunpeng Qin*, Kai Gao, Zhou Wang, Xuliang Chen, Effect of Spot Continual Induction Hardening on the Tribological Performance of Grey Cast Iron with Curved Surface, Tribology Transactions, 2017, DOI: 10.1080/10402004.2017.1300969. (SCI)

[14] Di Sun, Jin Gan* ,Zhou Wang, Peng Luo, Weiguo Wu, Experimental and analytical investigation of fatigue crack propagation of T-welded joints considering the effect of boundary condition, Fatigue & Fracture of Engineering Materials and Structures, 40(6) (2017) 894-908. (SCI)

[15] Di Sun, Jin Gan*, Zhou Wang, Wei-guo Wu, Experimental study on Fatigue Characteristics of T-welded Joint under Repeating Two-step Load, Proceedings of the Twenty-seventh (2017) International Ocean and Polar Engineering Conference San Francisco, CA, USA, June 25-30, 146-153

[16] Man Cheng, Zhou Wang*, Xunpeng Qin, Kai Gao, Yong Wang, Experimental study about the effect of heating power of spot induction hardening on material properties of 42CrMo, The 3nd International Conference on Advanced High Strength Steel and Press Hardening ICHSU 2016, 2016/08/25-2016/08/27, pp 199-208, 西安. (EI)

[17] Peng Luo, Zhou Wang*, Gang Wu, Yong Wang, Man Cheng, Literature review on state of the art in shot peening in the last decade (2006-2015), The 3nd International Conference on Advanced High Strength Steel and Press Hardening ICHSU 2016, 2016/08/25-2016/08/27, pp 455-468, 西安. (EI)

[18] Jin Gan, Di Sun, Zhou Wang*, Peng Luo, Weiguo Wu, The effect of shot peening on fatigue life of Q345D T-welded joint, Journal of Constructional Steel Research, 126 (2016) 74-82. (SCI)

[19] Chen Ni, Lin Hua*, Xiaokai Wang, Zhou Wang, Xunpeng Qin, Zhou Fang, Coupling method of magnetic memory and eddy current nondestructive testing for retired crankshafts, Journal of Mechanical Science and Technology, 30(7) (2016) 3097-3104. (SCI)

[20] Gao Kai, Wang Zhou*, Qin Xunpeng, Zhu Shengxiao, Numerical analysis of 3D spot continual induction hardening on curved surface of AISI 1045 steel, Journal of Central South University, 23 (2016) 1152-1162. (SCI)

[21] Lechun Xie*, Chengxi Wang, Liqiang Wang, Zhou Wang*, Chuanhai Jiang, Weijie Lu, Viencent Ji, Numerical analysis and experimental validation on residual stress distribution of titanium matrix composite after shot peening treatment, Mechanics of Materials, 99 (2016) 2-8. (SCI)

[22] Kai Gao, Xunpeng Qin*, Zhou Wang, Shengxiao Zhu, Zhongming Gan, Effect of magnetizer geometry on the spot induction heating process, Journal of Materials Processing Technology, 231 (2016) 125-136. (SCI)

[23] Shengxiao Zhu, Zhou Wang*, Xunpeng Qin, Huajie Mao, Kai Gao, Theoretical and experimental analysis of two-pass spot continual induction hardening process of AISI 1045 steel, Journal of Materials Processing Technology, 229 (2016) 814-825. (SCI)

[24] Kai Gao, Xunpeng Qin*, Zhou Wang, Shengxiao Zhu, Effect of spot continual induction hardening on the microstructure of steels: Comparison between AISI 1045 and 5140 steels, Materials Science and Engineering: A 651 (2016) 535-547. (SCI)

[25] Shengxiao Zhu, Zhou Wang*, Xunpeng Qin, Huajie Mao, Kai Gao, Prediction of Phase Transformation and Hardness Distribution of AISI 1045 Steel After Spot Continual Induction Hardening, Journal of Materials Engineering and Performance 24 (2015) 3919-3932. (SCI)

[26] 申建國,汪舟*,盧偉,羅素暉,王曉麗,羅雄,鄭文文,汪帆星,張旭,有限元模擬和神經網絡相結合的噴丸處理SAE9254鋼疲勞壽命預測,機械工程材料,第48卷,第7期:77-84頁,2024

[27]任旭東,汪舟* 盧偉,羅素暉,王曉麗,鄧小云,劉浩均,鄭世祺,張旭,基于 FEM–DEM 的空心穩定桿內壁噴丸仿真分析,表面技術,第52卷,第1期:410-420頁,2023

[28]石明, 汪舟*, 甘進, 楊瑩, 王曉麗, 任旭東, 申建國, 邱斌, 基于GA-BP神經網絡的噴丸樣品表層硬度預測模型,表面技術,第51卷,第1期:332-338頁,3572022

[29] 韋婷婷,汪舟,羅素暉,盧偉,王曉麗,鄧小云,趙清波,于津偉,汽車橫向穩定桿用60Si2MnA 鋼淬火變形的數值模擬,材料熱處理學報,第43卷,第6期:163-174頁,2022

[30] 鐘漢烈,汪舟*,甘進,王曉麗,楊瑩,閆占亂,韋婷婷,基于ABAQUS-Matlab42CrMo鋼表面感應淬火奧氏體化參數的研究,表面技術,第49卷,第9期:266-273頁,2020

[31] 何嘉禧,汪舟*,甘進,楊瑩,王曉麗,石明,任旭東,二次噴丸42CrMo鋼表面完整性的數值模擬研究,表面技術,第49卷,第9期:216-223頁,2020

基于FRANC3DABAQUS聯合仿真三維疲勞裂紋擴展分析及壽命預測,熊勛,楊瑩*汪舟,甘進,王曉麗,蓋文岳,李楊,武漢理工大學學報(交通科學與工程版)第44卷,第3期,506-512頁,2020

[32] 魏順,汪舟*,楊瑩,王曉麗,鐘漢烈,田哲文,噴丸改善Q235B對接焊接頭殘余應力場的有限元分析,熱加工工藝,第49卷,第9期:122-129,2020

[33]孟慶帥,汪舟*,甘進,楊瑩,伍剛,鐘漢烈,熊勛,高愷,甘小燕,噴丸強化改善點式移動感應淬火42CrMo鋼殘余應力數值模擬分析,表面技術,第47卷,第9期:12-20頁,2018

[34] 羅鵬,汪舟*,甘進,楊瑩,伍剛,42CrMo鋼超聲噴丸強化模擬與實驗研究,武漢理工大學學報,第39卷,第4期:1-8頁,2017

[35] 朱生霄,秦訓鵬*汪舟,毛華杰,高愷,多道次點式連續移動感應淬火數值模擬,中國表面工程,第28卷,第3期:122-130頁,2015(EI)

(三)發明專利

[1] 汪舟,鄭世祺,王曉麗,楊瑩,葉明鑫,熊維杰,夏煜辰,李杜,申建國,高壓水射流噴丸的模擬方法,專利號:ZL 2022 1 0628266.0

[2] 汪舟,張旭, 王曉麗,楊瑩,曾思明,王昱杰,賈沛松,王騰龍,申建國,汪帆星,一種汽車懸架彈簧冷拋丸強化殘余應力預測方法,專利號:ZL 2022 1 0661377.6

[3] 汪舟,邱文科,葉海濤,王廣啟,劉葉青,朱慶良,一種承載大扭矩的方程式賽車碳纖維半軸及其制備方法,專利授權號:ZL 2017 1 0297700.5

[4] 吳衛國,郭國虎,李佳衛,葉云凌,王昭宇,甘進,汪舟,一種基于液壓機構的組合式支架裝置,專利授權號:ZL201621147729.2

[5] 吳衛國,李佳衛,葉云凌,郭國虎,王昭宇,甘進,汪舟,一種高海況并靠隔離浮體,專利授權號:ZL201621147431.1

[6] 秦訓鵬,高愷,華林,汪舟,朱生霄,袁振宇,汽車車身覆蓋件成形模具型面感應加熱淬火強化方法,申請公布號:CN 104388655 A

[7] 華林,劉艷雄,王孝文,汪舟,莊武豪,一種超聲波輔助淬火的工藝方法及裝置,申請公布號:CN 103333995 A

個人榮譽方面

1.數字化新時代面向工科生的教育指導機制研究與實踐、湖北省科技信息成果三等獎、2019-2020

2.2017中國汽車工程學會巴哈大賽本科院校組年度二等獎指導老師(武漢理工大學);20182019, 2021年獲得中國汽車工程學會巴哈大賽本科院校組年度一等獎指導老師(武漢理工大學)。

3.20162018武漢理工大學青年教師教學競賽院一等獎,2020武漢理工大學青年教師教學競賽院二等獎。

 

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