2008.10—2012.9日本名古屋大學 材料理工學專攻 材料工學專業 工學博士2006.9—2008.7 東北大學 材料與冶金學院 材料學專業 工學碩士2002.9—2006.7 東北大學 材料與冶金學院 冶金工程專業工學學士
基本介紹
- 中文名：叢振華
- 民族：漢
- 出生日期：1983-09
工作履歷,學術成果,會議發表,代表論文,
工作履歷
2013.3至今：南京理工大學材料科學與工程學院納米結構材料中心任教
研究領域/概況高強度鋼（TRIP及DP鋼）微觀力學行為的研究及自洽模擬；
高鉻耐熱鋼微觀組織演化的相場模擬；
利用XRD衍射技術解析高強度鋼內部位錯密度。
研究領域/概況高強度鋼（TRIP及DP鋼）微觀力學行為的研究及自洽模擬；
高鉻耐熱鋼微觀組織演化的相場模擬；
利用XRD衍射技術解析高強度鋼內部位錯密度。
學術成果
會議發表
1.“Dislocation density in lath martensite of high Cr and high Wheat-resistantsteel”
2010Annual Autumn Meeting of The Japan Institute of Metals.Sapporo,Hokkaido,Japan(Oral presentation)
2.“Elasto-plasticPhase-Field Simulation of Lath Martensite Morphology”2011 Annual Autumn Meeting of The Japan Institute of Metals.Naha,Okinawa,Japan(Poster:Excellent Prize)
2010Annual Autumn Meeting of The Japan Institute of Metals.Sapporo,Hokkaido,Japan(Oral presentation)
2.“Elasto-plasticPhase-Field Simulation of Lath Martensite Morphology”2011 Annual Autumn Meeting of The Japan Institute of Metals.Naha,Okinawa,Japan(Poster:Excellent Prize)
代表論文
1.Z.H.Cong,NJia,XSun,YRen,JAlmer,YDWang,“Stress and strain partitioning offerrite and martensite during deformation”,Metallurgical and MaterialsTransactions A40(6),1383-1387.
2.Z.H.Cong,Y.Murata,“Dislocation Density of Lath Martensitein10Cr–5WHeat-Resistant Steels”,MaterialsTransactions,2011,52(12):2151-2154.
3.Z.H.Cong,Y.Murata,Y.Tsukada,T.Koyama,“Prediction of the Maximum Dislocation Density in Lath Martensiticsteel by Elasto-plastic Phase-field Method”,Materials Transactions,2012,53(9):1598-1603.
4.Z.H.Cong,Y.Murata,Y.Tsukada,T.Koyama,“Phase-field Simulation of the Sub-block Microstructure in Lath Martensitic Steels”,Materials Transactions,2012,53(10):1822-1825.
5.Z.H.Cong,Y.Murata,Y.Tsukada,T.Koyama,“Elasto-Plastic Phase-Field Simulation of Martensitic Transformation in Lath Martensite Steels”,Philosophical Magazine,2013,93(14):1739-1747.
6.Jia,N,Z.H.Cong,X.Sun,S.Cheng,Z.H.Nie,Y.Ren,P.K.Liaw,Y.D.Wang,“Anin SituHigh-energy X-ray Diffraction Study of Micromechanical Behavior of Multiple Phases in Advanced High-strength Steels”,Acta Materialia,2009,57(3):3965-3977.
2.Z.H.Cong,Y.Murata,“Dislocation Density of Lath Martensitein10Cr–5WHeat-Resistant Steels”,MaterialsTransactions,2011,52(12):2151-2154.
3.Z.H.Cong,Y.Murata,Y.Tsukada,T.Koyama,“Prediction of the Maximum Dislocation Density in Lath Martensiticsteel by Elasto-plastic Phase-field Method”,Materials Transactions,2012,53(9):1598-1603.
4.Z.H.Cong,Y.Murata,Y.Tsukada,T.Koyama,“Phase-field Simulation of the Sub-block Microstructure in Lath Martensitic Steels”,Materials Transactions,2012,53(10):1822-1825.
5.Z.H.Cong,Y.Murata,Y.Tsukada,T.Koyama,“Elasto-Plastic Phase-Field Simulation of Martensitic Transformation in Lath Martensite Steels”,Philosophical Magazine,2013,93(14):1739-1747.
6.Jia,N,Z.H.Cong,X.Sun,S.Cheng,Z.H.Nie,Y.Ren,P.K.Liaw,Y.D.Wang,“Anin SituHigh-energy X-ray Diffraction Study of Micromechanical Behavior of Multiple Phases in Advanced High-strength Steels”,Acta Materialia,2009,57(3):3965-3977.
