汪志剛(江西理工大學學科建設辦公室副主任)

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汪志剛,男,1983年11月出生,教授,博士生導師現任江西理工大學學科建設辦公室副主任。

人物經歷,工作分工,研究方向,科研成果,科研項目,發表論文,

人物經歷

曾任江西理工大學材料冶金化學學部副部長,現任江西理工大學學科建設辦公室副主任。

工作分工

協助主任分管學科建設工作(“雙一流”建設、一流學科培優、分層分群學科建設、博士點申報、學科評
估等);

研究方向

稀土金屬結構材料開發;極端服役條件下金屬材料長壽命化研究;

科研成果

(1) 第一發明人授權專利
[1] 一種稀土模具鋼及其製造方法,ZL202111119239.7,2022.04
[2]一種高強高塑TWIP鋼及其製備方法,ZL202111202022.2,2022.02
[3]一種高強耐熱Al-Fe合金及其製備方法,ZL202110765166.2,2022.02
[4] 一種含鉻鈦硼的低碳高強深沖鋼及其製備方法和套用,ZL202010216621.9,2021.03
[5] 一種含鈮鉻的微碳高強深沖鋼及其製備方法,ZL201910806289.9,2021.05
[6] 一種釔基稀土銅鎳合金的製備方法,ZL201810801717.4,2020.06
[7] 一種高強低各向異性指數的Cu-Ni-Si系合金及其製備工藝, ZL201510944624.3, 2018.01
[8] 一種釔鈰復鈮合強韌化彈簧鋼及其製備,ZL100227776,2019.05

科研項目

(1)主持或以技術骨幹承擔的縱向項目
[1] 國家重點研發計畫變革性技術重點專項(2020YFA0714402),超臨界水熱還原制氫裝備服役特性與安全防護,2021/01-2025/12,技術骨幹
[2] 十三五重點研發計畫子項目(2016YFB0301401),銅合金特種加工材組織演變與力學—功能特性調控機理,2016/07-2020/12,技術骨幹
[3] 國家自然科學基金(青年基金51704132), 基於鐵素體溫變形微碳深沖雙相鋼晶內剪下帶形成機理與織構調控, 2018/01-2021/06,主持
[4] 國家自然科學基金(地區基金52161020),重稀土釔調控D2冷作模具鋼共晶碳化物生長與演化及馬氏體相變行為 研究, 2022/01-2025/12,主持
[5] 中國博士後基金面上項目, 低溫軋制微碳深沖雙相鋼晶內剪下帶形成機理與織構控制, 2016/07-2017/12,主持
[6] 江西省重點研發計畫(一般項目)國際聯合資助(2019BBEL50016),釔基重稀土微合金化TWIP鋼層錯演變與強韌化技術研究, 2019/01-2021/12,主持
[7] 江西省重點研發計畫(重點項目)(20192ACB50010),稀土改性高性能H13熱作模具鋼的研發與產業化示範,2019/01-2021/12,技術骨幹
[8] 江西省重點研發計畫(一般項目)(20161BBE50065),複合強化RE-Nb-Ti系高強深沖雙相鋼的研發與產業化,2016/01-2019/12,主持
[9] 江西省重點研發計畫(青年項目)(20144BAB2160012),稀土對深沖DP 鋼第二相析出行為和織構作用的基礎研究,2014/01-2016/12,主持
[10] 贛州市重點研發計畫項目一般項目,釔基重稀土添加H13熱作模具鋼組織性能調控與產業化,2018/01-2020/12,主持
[11] 贛州市重點研發計畫項目重點項目,電渣重熔稀土熱作模具鋼研發與碳化物調控關鍵技術集成, 2021/09- 2023/12, 主持
(2)主持橫向項目
[1] 中科院金屬研究所橫向課題項目,三類典型稀土特鋼材料特性研究,2020/07-2021/12
[2] 低成本長壽命泵體用ZG07Cr19Ni9 鑄鋼開發,2020/07-2022/12,5萬
[3] 中國原子能研究所委託項目,重構技術相關樣品微觀結構分析,2021/12-2022/12
[4] 中國電力科學院委託項目,納米粒子強化鋼性能檢測及微觀表征,2018/12-2019/12
[5] 專利轉化項目,一種高強低各向異性指數的Cu-Ni-S系合金及其製備工藝

發表論文

[1] Lingqiang Zhong, Zhigang Wang*, Quanshun Luo*, Weizhen Liu, Effects of cerium addition on the microstructure, mechanical properties and strain hardening behavior of TWIP steel Fe-18Mn-0.6C, Materials Characterization, 2022, 183:111626.
[2] Lingqiang Zhong; Zhigang Wang*; Rongchun Chen; and Jianguo He; Effects of Yttrium on the Microstructure and Properties of 20MnSi Steel., Steel Research International. 2021, 2100198
[3] Rongchun Chen; Zhigang Wang*; Liang Qi; Lingqiang Zhong; Renguo Guan*;Jianguo He; Xiaoqiang Hu; The carbides, tensile properties, and work-hardening behavior of annealed H13 die steels with varied yttrium contents., Materials Science & Engineering A, 2021, 806.
[4] Ankang Huang, Zhigang Wang*, Qiangqiang Yuan , Rongchun Chen, Yinhui Zhang, Renguo Guan. Study on serration flow and dynamic strain aging of CrTiB low-carbon steel,. Journal of Materials Research and Technology,2021:12:1543-1551.
[5] Chen Rong-chun; Wang, Zhi-gang*; Wang, He-bin; Qi, Liang; Zhu,Fu-sheng; Effects of yttrium on the microstructures, internal fraction and martensitic transformation in H13 die steel , Journal of Materials Science, 2021, 56: 7753-7764.
[6] Huang AK, Wang ZG*, Liu X, Yuan QQ, Ye JY, Zhang YH. Dynamic strain aging and serrated flow behavior of Cr-Ti-B low carbon steel during warm deformation[J]. Materials Characterization, 2021, 172:110828.
[7] Wang ZG,* Liu X, Yuan QQ, Chen RC, He JG, Qin J, Huang Y, Zhao HJ. Warm Deformation and Dynamic Strain Aging of a Nb-Cr Microalloyed Low-Carbon Steel[J]. Metallurgical and Materials Transactions A, 2020, 51: 4623-4631.
[8] R. Chen, Z. Wang*,et.al. Effects of rare-earth micro-alloying on microstructures, carbides, and internal friction of 51CrV4 steels, Journal of Alloys and Compounds,2020,824:1-13
[9] RongChun Chen, ZhiGang Wang*, et.al. Effects of Rare Earth Elements on Microstructure and Mechanical Properties of H13 Die Steel; Metals,2020, 10(7): 918-929
[10] Qiangqiang Yuan, Zhigang Wang *, Yinghui Zhang *, Jieyun Ye, Yao Huang and Ankang Huang ,Effect of Warm Rolling Temperature on the Microstructure and Texture of Microcarbon Dual-Phase (DP) Steel, Metals ,2020, 10( 566):2-14
[11] Zhang YingHui, ZhiGang Wang*, et.al; Microstructure and Corrosion Behavior of as-cast 90Cu-10Ni Alloys with Different Yttrium Content; International journal of electrochemical science,2020,15(5): 4161-4178.
[12] Zhigang Wang*, et.al. Effects of yttrium addition on grain boundary character distribution and stacking fault probabilities of 90Cu10Ni alloy, Materials Characterization, 2019, 151:112-118.
[13] Zhang, Yinghui, Wang, Zhigang*,et.al Effect of cold rolling reduction on microstructure, mechanical properties, and texture of deep drawing dual-phase (DP) steel,Materials Research Express, 2019, 6(12): 530-540.
[14] Dong YueHua Wang ZhiGang*, et.al Wang Hang; Computer-aided analysis of grain-boundary connectivity of B10 copper-nickel alloys, Philosophical Magazine Letters,2019,99(4): 146-156.
[15] Zhigang Wang; Xingyu Feng; Qiongyu Zhou; Hang Wang; Yinghui Zhang; Bin Yang. Grain Boundary Characteristics Optimization of 90Cu–10Ni Copper-Nickel Alloy for Improving Corrosion Resistance, CORROSION,2018: 74 (7): 819–828.
[16] ZHIGANG WANG , XIN LIU,FEIMING XIE, CHAOBIN LAI, HONGWEI LI, and QIN ZHANG, Dynamic Recrystallization Behavior and Critical Strain of 51CrV4 High-Strength Spring Steel During Hot Deformation, JOM, 2018,70(10):2385-2391.

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