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論文專著：

在國內外學術期刊和重要學術會議上發表80余篇論文，出版著作1部。

出版專著：

1、《中國材料工程大典》（第15卷）（第六篇－熱處理的 CAD/CAM/CAE）潘健生 顧劍鋒 宋冬利 化學工業出版社 2006年1月

發表英文論文：

[1]Zhang, Xinyu; Li, Chuanwei*; Zheng, Mengyao; Yang, Xudong; Ye, Zhenhua; Gu, Jianfeng*.Chemical, microstructure, and mechanical property of TiAl alloys produced by high-power direct laser deposition.Journal of Materials Science & Technology, 2022, 117: 99-108.

[2]Yang, Xudong; Li, Chuanwei*; Zhang, Miao; Ye, Zhenhua; Zhang, Xinyu; Zheng, Mengyao; Gu, Jianfeng*; Li, Jianjun; Li, Sijia.Dry sliding wear behavior of additively manufactured CoCrWNixAly alloys.Wear, 2022, 496: 204285.

[3]Ye, Zhenhua; Li, Chuanwei*; Zheng, Mengyao; Zhang, Xinyu; Yang, Xudong; Gu, Jianfeng*.In situ EBSD/DIC-based investigation of deformation and fracture mechanism in FCC- and L1(2)-structured FeCoNiV high-entropy alloys.International Journal of Plasticity, 2022, 152: 103247.

[4]Zheng, Mengyao; Li, Chuanwei*; Zhang, Lunfeng; Zhang, Xinyu; Ye, Zhenhua; Yang, Xudong; Gu, Jianfeng*.In-situ investigation of deformation behavior in additively manufactured FeCoCrNiMn high entropy alloy.Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing, 2022, 840: 142933.

[5]Yang, Xudong; Li, Chuanwei*; Zhang, Miao; Ye, Zhenhua; Zhang, Xinyu; Zheng, Mengyao; Gu, Jianfeng*; Zhu, Haohui; Wang, Fang.Study on tensile and thermal fatigue behaviors of additively manufactured cobalt-based alloys alloying with Al and Ni.Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing, 2022, 840: 142914

[6]Zhang, Xinyu; Li, Chuanwei*; Wu, Minghui; Ye, Zhenhua; Wang, Qing; Gu, Jianfeng*.Atypical pathways for lamellar and twinning transformations in rapidly solidified TiAl alloy.Acta Materialia, 2022, 227: 117718.

[7]Yang, Xudong; Li, Chuanwei*; Ye, Zhenhua; Zhang, Xinyu; Zheng, Mengyao; Gu, Jianfeng*; Jiang, Jiali.Corrosion behaviors of CoCrWAlx alloys by laser additive manufacturing in molten Al.Corrosion Science, 2021, 193: 109874.

[8]Yang, S. F.; Li, C. W.; Chen, A. Y.*; Gan, B.; Gu, J. F.*.Microstructure and corrosion resistance of stainless steel manufactured by laser melting deposition.Journal of Manufacturing Processes, 2021, 65: 418-427.

[9]Zhang, Xinyu; Li, Chuanwei*; Zheng, Mengyao; Zhong, Haozhang; Gu, Jianfeng*.Alternative-band microstructure and LPSO phase in TiAl alloy produced by direct laser deposition (vol 164, 110315, 2020).Materials Characterization, 2021, 172: 110893.

[10]Zheng, Mengyao; Li, Chuanwei*; Zhang, Xinyu; Ye, Zhenhua; Yang, Xudong; Gu, Jianfeng*.The influence of columnar to equiaxed transition on deformation behavior of FeCoCrNiMn high entropy alloy fabricated by laser-based directed energy deposition.Additive Manufacturing, 2021, 37: 101660.

[11]Zhang, Yongqiang; Gu, Jianfeng*; Han, Lizhan*.Elemental redistribution and precipitation reactions of 9Cr1.5Mo1CoB (FB2) steel during tempering.Materials Characterization, 2021, 171: 110778.

[12]Liu, Qingdong*; Song, Hui; Zhang, Jing; Ding, Jiaxin; Chen, Yihua; Gu, Jianfeng*.Strengthening of Ni-Mn-Cu-Al-Co steel by nanoscale Cu and beta-NiAl co-precipitated couples.Materials Characterization, 2021, 171: 110754.

[13]Zhang, Xinyu; Li, Chuanwei*; Wang, Qing; Zheng, Mengyao; Ye, Zhenhua; Gu, Jianfeng*.Unusual ordered phases with long periodic stacking structures in an additively manufactured TiAl alloy.Materials Research Letters, 2020, 8(12): 454-461.

[14]Wang, Shuxia; Li, Chuanwei*; Zheng, Mengyao; Ye, Zhenhua; Zhong, Haozhang; Tong, Daming; Han, Lizhan; Gu, Jianfeng*.In-situ deformation characterization of mesosegregated high-strength low-alloy steel.Materials Characterization, 2020, 169: 110627.

[15]Hou, Wei; Liu, Qingdong*; Gu, Jianfeng*.Improved impact toughness by multi-step heat treatment in a 1400 MPa low carbon precipitation-strengthened steel.Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing, 2020, 797: 140077.

[16]Sun, Duanjun; Li, Chuanwei; Xue, Xuan; Liu, Yi; Guo, Zhenghong*; Gu, Jianfeng*.Optimization scheme of the orientation relationship from crystallographic statistics of variants and its application to lath martensite.Materials and Design, 2020, 195: 109022.

[17]Zhang, Xing; Shen, Gang; Xu, Jun; Gu, Jianfeng*.Analysis of Martensitic Transformation Plasticity Under Various Loadings in a Low-Carbon Steel: An Elastoplastic Phase Field Study.Metallurgical and Materials Transactions A-Physical Metallurgy and Materials Science, 2020, 51(9): 4853-4867.

[18]Yang, Xudong; Li, Chuanwei*; Zhang, Ziyang; Zhang, Xinyu; Gu, Jianfeng*.Effect of cobalt -based coating microstructure on the thermal fatigue performance of AISI H13 hot work die steel.Applied Surface Science, 2020, 521: 146360.

[19]Hou, Wei; Liu, Qingdong*; Wen, Haiming; Gu, Jianfeng.Effect of Cyclic Intercritical Tempering on the Microstructure and Mechanical Properties of a Low-Carbon Cu-Bearing 7Ni Steel.Metallurgical and Materials Transactions A-Physical Metallurgy and Materials Science, 2020, 51(8): 3981-3995.

[20]Zhang, Xinyu; Li, Chuanwei*; Zheng, Mengyao; Zhong, Haozhang; Gu, Jianfeng*.Alternative-band microstructure and LPSO phase in TiAl alloy produced by direct laser deposition.Materials Characterization, 2020, 164: 110315.

[21]Hou, Wei; Liu, Qingdong*; Gu, Jianfeng*.Nano-sized austenite and Cu precipitates formed by using intercritical tempering plus tempering and their effect on the mechanical property in a low carbon Cu bearing 7 Ni steel.Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing, 2020, 780: 139186.

[22]Wang, Shuxia; Li, Chuanwei*; Han, Lizhan; Zhong, Haozhang; Gu, Jianfeng*.Visualization of microstructural factors resisting the crack propagation in mesosegregated high-strength low-alloy steel.Journal of Materials Science & Technology, 2020, 42(07): 75-84.

[23]Zhang, Xing; Shen, Gang*; Li, Chuanwei; Gu, Jianfeng*.Phase-field simulation of austenite reversion in a Fe-9.6Ni-7.1Mn (at%) martensitic steel governed by a coupled diffusional/displacive mechanism.Materials and Design, 2020, 188: 108426.

[24]Zhang, Xinyu; Li, Chuanwei*; Zheng, Mengyao; Ye, Zhenhua; Yang, Xudong; Gu, Jianfeng*.Anisotropic tensile behavior of Ti-47Al-2Cr-2Nb alloy fabricated by direct laser deposition.Additive Manufacturing, 2020, 32: 101087.

[25]Zhang, Xinyu; Li, Chuanwei*; Zhong, Haozhang; Yang, Xudong; Gu, Jianfeng.Microstructure Formation and Tailoring of the Intermetallic TiAl Alloy Produced by Direct Laser Deposition.Metallurgical and Materials Transactions A-Physical Metallurgy and Materials Science, 2020, 51(1): 82-87.

[26]Zhong, H. Z.; Zhang, X. Y.; Wang, S. X.; Gu, J. F.*.Examination of the twinning activity in additively manufactured Ti-6Al-4V (vol 144, pg 14, 2018).Materials and Design, 2019, 182.

[27]Zhang, Xing; Shen, Gang*; Li, Chuanwei; Gu, Jianfeng*.Analysis of interface migration and isothermal martensite formation for quenching and partitioning process in a low-carbon steel by phase field modeling.Modelling and Simulation in Materials Science and Engineering, 2019, 27(7): 075011.

[28]Zhao, Xiaoli; Wang, Bo; Sun, Duanjun; Li, Chuanwei*; Han, Lizhan; Gu, Jianfeng*.Effect of pre-existing VC carbides on nitriding and wear behavior of hot-work die steel.Applied Surface Science, 2019, 486: 179-186.

[29]Zhao, Xiaoli; Han, Lizhan; Li, Chuanwei; Gu, Jianfeng*.The effect of preexisting VC carbides on the bainite transformation in medium-carbon high-alloy steel.Journal of Materials Research, 2019, 34(15): 2695-2704.

[30]Liu, Bin; Wang, Bo*; Yang, Xudong; Zhao, Xingfeng; Qin, Ming; Gu, Jianfeng*.Thermal fatigue evaluation of AISI H13 steels surface modified by gas nitriding with pre- and post-shot peening.Applied Surface Science, 2019, 483: 45-51.

[31]Liu, Bin; Wang, Bo; Gu, Jianfeng*.Effect of ammonia addition on microstructure and wear performance of carbonitrided high carbon bearing steel AISI 52100.Surface and Coatings Technology, 2019, 361: 112-118.

[32]Chen, Zhihui; Gu, Jianfeng*; Han, Lizhan.Decomposition characteristic of austenite retained in GCr15 bearing steel modified by addition of 1.3 wt.% silicon during tempering.Journal of Materials Research and Technology-JMR&T, 2019, 8(1): 157-166.

[33]Wang, Bo; Liu, Bin; Zhang, Xiaodan; Gu, Jianfeng*.Enhancing heavy load wear resistance of AISI 4140 steel through the formation of a severely deformed compound-free nitrided surface layerSurface and Coatings Technology, 2018, 356: 89-95.

[34]Tong, Daming; Gu, Jianfeng*; Yang, Fan.Numerical simulation on induction heat treatment process of a shaft part: Involving induction hardening and tempering.Journal of Materials Processing Technology, 2018, 262: 277-289.

[35]Zhong, H. Z.; Li, C. G.; Zhang, X. Y.; Gu, J. F.*.The graded microstructures evolving with thermal cycles in pure copper processed by laser metal deposition.Materials Letters, 2018, 230: 215-218.

[36]Zhao, Xiaoli; Li, Chuanwei; Han, Lizhan; Gu, Jianfeng*.A Novel Method to Calculate the CarbidesFraction from Dilatometric Measurements During Cooling in Hot-Work ToolSteel.Metals and Materials International, 2018, 24(6): 1193-1201.

[37]Shen, Gang; Zheng, Cheng-Wu*; Gu, Jian-Feng*; Li, Dian-Zhong.Micro-scale Cellular Automaton Modeling of Interface Evolution During Reaustenitization from Pearlite Structure in Steels.Acta Metallurgica Sinica (English Letters), 2018, 31(7): 713-722.

[38]Tong, Daming; Gu, Jianfeng*; Totten, George E.Numerical investigation of asynchronous dual-frequency induction hardening of spur gear.International Journal of Mechanical Sciences, 2018, 142: 1-9.

[39]Shen, Gang; Hu, Baojia; Zheng, Chengwu*; Gu, Jianfeng*; Li, Dianzhong.Coupled simulation of ferrite recrystallization in a dual-phase steel considering deformation heterogeneity at mesoscale.Computational Materials Science, 2018, 149: 191-201.

[40]Liu, Qingdong; Chen, Yihua; Li, Chuanwei; Gu, Jianfeng*.Compositional Variants of Cu-rich Precipitate in Thermally Aged Ferritic Steel.Acta Metallurgica Sinica (English Letters), 2018, 31(5): 465-470.

[41]Zhong, H. Z.; Zhang, X. Y.; Wang, S. X.; Gu, J. F.*.Examination of the twinning activity in additively manufactured Ti-6Al-4V.Materials and Design, 2018, 144: 14-24.

[42]Zhong, H. Z.; Qian, M.; Hou, W.; Zhang, X. Y.; Gu, J. F.*.The beta phase evolution in Ti-6Al-4V additively manufactured by laser metal deposition due to cyclic phase transformations.Materials Letters, 2018, 216: 50-53.

[43]Wang, Bo; Zhao, Xingfeng; Li, Wenzheng; Qin, Ming; Gu, Jianfeng*.Effect of nitrided-layer microstructure control on wear behavior of AISI H13 hot work die steel.Applied Surface Science, 2018, 431: 39-43.

[44]Liu, Qingdong; Li, Chuanwei; Gu, Jianfeng*.Interactive formation of Cu-rich precipitate, reverted austenite, and alloyed carbide during partial austenite reversion treatment for high-strength low-alloy steel.Journal of Materials Research, 2017, 32(12): 2325-2334.

[45]Tong, Daming; Gu, Jianfeng*; Totten, George Edward.Numerical simulation of induction hardening of a cylindrical part based on multi-physics coupling.Modelling and Simulation in Materials Science and Engineering, 2017, 25(3): 035009.

[46]Yan, Guanghua; Han, Lizhan; Li, Chuanwei; Luo, Xiaomeng; Gu, Jianfeng*.Characteristic of retained austenite decomposition during tempering and its effect on impact toughness in SA508 Gr.3 steel.Journal of Nuclear Materials, 2017, 483: 167-175.

[47]Liu, Qingdong; Gu, Jianfeng*.Hierarchical Cu precipitation in lamellated steel after multistage heat treatment.Philosophical Magazine, 2017, 97(27): 2361-2374.

[48]Li, Chuanwei; Han, Lizhan; Yan, Guanghua; Liu, Qingdong; Luo, Xiaomeng; Gu, Jianfeng*.Time-dependent temper embrittlement of reactor pressure vessel steel: Correlation between microstructural evolution and mechanical properties during tempering at 650 degrees C.Journal of Nuclear Materials, 2016, 480: 344-354.

[49]Li, C. W.; Han, L. Z.; Luo, X. M.; Liu, Q. D.; Gu, J. F.*.Fine structure characterization of martensite/austenite constituent in low-carbon low-alloy steel by transmission electron forward scatter diffraction.Journal of Microscopy, 2016, 264(2): 252-258.

[50]Liu, Xiaohui; Gu, Jianfeng*; Shen, Yao; Li, Ju*.Crystal metamorphosis at stress extremes: how soft phonons turn into lattice defects.NPG Asia Materials, 2016, 8(10): e320.

[51]Li, C. W.; Han, L. Z.; Luo, X. M.; Liu, Q. D.; Gu, J. F.*.Effect of tempering temperature on the microstructure and mechanical properties of a reactor pressure vessel steel.Journal of Nuclear Materials, 2016, 477: 246-256.

[52]Tao, Xingang; Han, Lizhan; Gu, Jianfeng*.gamma Grain Memory in X12CrMoWVNbN10-1-1 Steel.Steel Research International, 2016, 87(5): 571-580.

[53]Liu, Qingdong; Wen, Haiming; Zhang, Han; Gu, Jianfeng*; Li, Chuanwei; Lavernia, Enrique J..Effect of Multistage Heat Treatment on Microstructure and Mechanical Properties of High-Strength Low-Alloy Steel.Metallurgical and Materials Transactions A-Physical Metallurgy and Materials Science, 2016, 47A(5): 1960-1974.

[54]Xiong, Kai; Lu, Haiming; Gu, Jianfeng*.Atomistic simulations of the nanoindentation-induced incipient plasticity in Ni3Al crystal.Computational Materials Science, 2016, 115: 214-226.

[55]Tao, Xingang; Li, Chuanwei; Han, Lizhan; Gu, Jianfeng*.Microstructure evolution and mechanical properties of X12CrMoWVNbN10-1-1 steel during quenching and tempering process.Journal of Materials Research and Technology-JMR&T, 2016, 5(1): 45-57.

[56]Luo, Xiaomeng; Han, Lizhan; Gu, Jianfeng*.Study on Austenitization Kinetics of SA508 Gr.3 Steel Based on Isoconversional Method.Metals, 2016, 6(1): 8.

[57]Qiao, Xun; Han, Lizhan; Zhang, Weimin; Gu, Jianfeng*.Thermal Stability of Retained Austenite in High-carbon Steels during Cryogenic and Tempering Treatments.ISIJ International, 2016, 56(1): 140-147.

[58]Lin, Mu; Zhao, Xingfeng; Han, Lizhan; Liu, Qingdong; Gu, Jianfeng*.Microstructural Evolution and Carbide Precipitation in a Heat-Treated H13 Hot Work Mold SteelMetallography, Microstructure, and Analysis, 2016, 5(6): 520-527.

[59]Tao, X G; Han, L Z; Gu, J F*.Effect of Quenching Rates on Microstructure and Impact Ductile of X12CrMoWVNbN10-1-1 Steel.Materials Transactions, 2015, 56(12): 2063-2069.

[60]Qiao, Xun; Han, Lizhan; Zhang, Weimin; Gu, Jianfeng*.Nano-indentation investigation on the mechanical stability of individual austenite in high-carbon steel.Materials Characterization, 2015, 110: 86-93.

[61]Tao, Xingang; Han, Lizhan; Gu, Jianfeng*.Splitting phenomenon in martensitic transformation of X12CrMoWVNbN10-1-1 steel.International Journal of Materials Research, 2015, 106(6): 565-571.

[62]Xiong, Kai*; Liu, Xiaohui; Gu, Jianfeng.Multiscale modeling of lattice dynamical instability in gamma-TiAl crystal.Modelling and Simulation in Materials Science and Engineering, 2015, 23(4): 045006.

[63]Xiong, Kai; Liu, Xiaohui; Gu, Jianfeng*.Multiscale modeling of nanoindentation-induced instability in FeNi3 crystal.Computational Materials Science, 2015, 102: 140-150.

[64]Tao, Xingang; Li, Chuanwei; Han, Lizhan; Gu, Jianfeng*.Effect of Interstitial Solutes on Precipitation Behavior of 9-12% Chromium Ferritic Steels.Metals and Materials International, 2015, 21(3): 440-445.

[65]Xiong, Kai; Liu, Xiaohui; Li, Chuanwei; Gu, Jianfeng*.Phonon instability of Co single crystal in uniaxial tension and nanoindentation.Computational Materials Science, 2015, 99: 47-56.

[66]Tao, Xingang; Han, Lizhan; Gu, Jianfeng*.Discontinuous Precipitation during Isothermal Transformation in a 9-12% Chromium Ferritic Steel.ISIJ International, 2015, 55(12): 2639-2647.

[67]Tao, X G; Han, L Zh; Gu, J F*.Effect of tempering on microstructure evolution and mechanical properties of X12CrMoWVNbN10-1-1 steel.Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing, 2014, 618: 189-204.

[68]Tao, Xingang; Gu, Jianfeng*; Han, Lizhan.Characterization of precipitates in X12CrMoWVNbN10-1-1 steel during heat treatment.Journal of Nuclear Materials, 2014, 452(1-3): 557-564.

[69]Wu, M H; Liu, X H; Gu, J F*; Jin, Z H.DFT study of nitrogen-vacancy complexions in (fcc) Fe.Modelling and Simulation in Materials Science and Engineering, 2014, 22(5): 055004.

[70]Liu, Qing Dong; Gu, Jian Feng*; Li, Chuan Wei.Regulation of Cu precipitation by intercritical tempering in a HSLA steel.Journal of Materials Research, 2014, 29(8): 950-958.

[71]Wang Xiaona; Han Lizhan; Gu Jianfeng*.PRECIPITATION KINETICS AND YIELD STRENGTH MODEL FOR NZ30K-Mg ALLOY.Acta Metallurgica Sinica, 2014, 50(3): 355-360.

[72]Liu, Qingdong; Li, Chuanwei; Gu, Jianfeng*; Liu, Wenqing.Direct observation of Cu interphase precipitation in continuous cooling transformation by atom probe tomography.Philosophical Magazine, 2014, 94(3): 306-315.

[73]Tao, Xingang; Gu, Jianfeng*; Han, Lizhan.Carbonitride Dissolution and Austenite Grain Growth in a High Cr Ferritic Heat-resistant Steel.ISIJ International, 2014, 54(7): 1705-1714.

[74]Liu, Qingdong*; Gu, Jianfeng; Liu, Wenqing。On the Role of Ni in Cu Precipitation in Multicomponent Steels.Metallurgical and Materials Transactions A-Physical Metallurgy and Materials Science, 2013, 44A(10): 4434-4439.

[75]Qingdong LIU, Jianfeng GU, and Wenqing LIU. Direct observation of Cu interphase precipitation in continuous cooling transformation by atom probe tomography. Philosophical Magazine, 2013, 44(10):4434-4439.

[76]M. H. Wu; X. H. Liu; J. F. Gu*; Z. H. Jin*.First-principles simulations of iron with nitrogen: from surface adsorption to bulk diffusion.Modelling and Simulation in Materials Science and Engineering, 2013, 21(4): 45004.

[77]Wang X.-Y.*; Gu J.-F.; Chen R.-K.; Pan J.-S..Measurement of specific heat and thermal conductivity of different micrgostructure in 30Cr2Ni4MoV low pressure rotor steel.Heat Treatment of Metals, 2011, 36(4): 1-3.

[78]Zhou Z.-F.; Gu J.-F.*; Wang X.-Y.; Pan J.-S..Sensitivity analysis of thermal properties on numerical simulation results of quenching process.Journal of Shanghai Jiaotong University (Science), 2011, 16(6): 759-762.

[79]Zhou, Shu*; Zhang, Ke; Chen, Nailu; Gu, Jianfeng; Rong, Yonghua.Investigation on High Strength Hot-rolled Plates by Quenching-partitioning-tempering Process Suitable for Engineering.ISIJ International, 2011, 51(10): 1688-1695.

[80]Liu, Xiaohui; Gu, Jianfeng; Shen, Yao; Li, Ju; Chen, Changfeng.Lattice dynamical finite-element method.Acta Materialia, 2010, 58(2): 510-523.

[81]X.H. Liu, J.F. Gu, Y. Shen and C.F. Chen. Lattice Dynamical Finite-Element Method. Acta Materialia, 2009

[82]Jiansheng PAN, Jianfeng Gu. “Chapter 1, MATHEMATICAL FUNDAMENTALS OF THERMAL PROCESS 6ODELING OF STEELS”, “Chapter 13,INDUSTRIAL APPLICATIONS OF COMPUTER SIMULATION ON HEAT TREATMENT AND CHEMICAL HEAT TREATMENT”,“Chapter 14, PROSPECTS OF THERMAL PROCESS MODELING OF STEELS”, in “Handbook of Thermal Process Modeling of Steels”. Eds. Cemil Hakan Gür and Jiansheng PAN, CRC Press, December 2008

[83]Canale, L.C.F., Yao , X., Gu, J. and Totten, G.E. A historical overview of steel tempering parameters. International Journal of Microstructure and Materials Properties, 2008(3) 4/5:474-525.

[84]Han Lizhan; Chen Ruikai; Gu Jianfeng; Pan Jiansheng. BEHAVIOR OF AUSTENITE GRAIN GROWTH IN X12CrMoWVNbN10-1-1 FERRITE HEAT-RESISTANT STEEL.ACTA METALLURGICA SINICA, 2009, 45(12): 1446-1450.

[85]Wen, Ming; Liu, Gang; Gu, Jian-feng; Guan, Wei-ming; Lu, Jian.Dislocation evolution in titanium during surface severe plastic deformation.Applied Surface Science, 2009, 255(12): 6097-6102.

[86]Hao, Xiaowei; Gu, Jianfeng; Chen, Nailu; Zhang, Weimin; Zuo, Xunwei.3-D Numerical analysis on heating process of loads within vacuum heat treatment furnace.Applied Thermal Engineering, 2008, 28(14-15): 1925-1931.

[87]Jiang, Zhijun; Li, Xiaoling; Gu, Jianfeng; Hu, Mingjuan; Zhu, Zuchang.Isothermal decomposition behavior of the high nitrogen concentration gamma-Fe[N] prepared from pure iron.Applied Surface Science, 2008, 254(22): 7361-7364.

[88]Wen, Ming; Liu, Gang; Gu, Jian-feng; Guan, Wei-ming; Lu, Jian.The tensile properties of titanium processed by surface mechanical attrition treatment.Surface and Coatings Technology, 2008, 202(19): 4728-4733.

[89]Wang, Jing; Gu, Jianfeng; Shan, Xuexiony; Hao, Xiaowei; Chen, Nailu; Zhang, Weimin.Numerical simulation of high pressure gas quenching of H13 steel.Journal of Materials Processing Technology, 2008, 202(1-3): 188-194.

[90]Liu, X. H.; Gu, J. F.; Shen, Y.; Chen, C. F.Anisotropy in homogeneous dislocation nucleation by nanoindentation of single crystal Cu.Scripta Materialia, 2008, 58(7): 564-567.

[91]Jiang, Zhi-Jun; Li, Xiao-Ling; Gu, Jian-Feng; Hu, Ming-Juan; Zhu, Zu-Chang.In-situ observation on the isothermal decomposition process of gamma-Fe[N] by X-ray diffraction.Surface and Coatings Technology, 2008, 202(12): 2638-2643.

[92]Wen, Ming; Gu, Jian-Feng; Liu, Gang; Wang, Zhen-Bo; Lu, Jian.Surface evolution of a gradient structured Ti in hydrogen peroxide solution.Applied Surface Science, 2008, 254(9): 2905-2910.

[93]Wen, Ming; Gu, Jian-Feng; Liu, Gang; Wang, Zhen-Bo; Lu, Jian. Nanocrystalline titanium to mesoporous anatase with high bioactivity.Crystal Growth & Design, 2007, 7(12): 2400-2403.

[94]Wen, Ming; Gu, Jian-Feng; Liu, Gang; Wang, Zhen-Bo; Lu, Jian.Formation of nanoporous titania on bulk titanium by hybrid surface mechanical attrition treatment.Surface and Coatings Technology, 2007, 201(14): 6285-6289.

[95]Song, DL; Gu, JF; Pan, JS; Yao, X. Design of quenching process for large-sized AISI P20 steel block used as plastic die.Journal of Materials Science & Technology, 2006, 22(1): 139-144.

[96]Gu, JF*; Bei, DH; Pan, JS; Lu, J. Improved nitrogen transport in steels during surface nanocrystallized low-carbon gaseous nitridation.Materials Letters, 2002, 55(5): 340-343.

[97]Ye, Zhenhua*; Li, Chuanwei; Gu, Jianfeng.Phase Stability in High-Entropy Alloys: The Role of Configurational Entropy.JOM.

發表中文期刊論文：

[1]仝玨川, 陳一安, 郭正洪, 顧劍鋒, 盧偉煒. 35CrMo鋼在構筑成形時連接界面氧化物演變的熱力學預測[J]. 材料熱處理學報, 2024, 45 (11): 207-215.

[2]陳一安, 仝玨川, 郭正洪, 顧劍鋒. 熱壓工藝參數對35CrMo鋼連接界面愈合率的影響[J]. 鋼鐵研究學報, 2024, 36 (11): 1449-1459.

[3]蘇慶懷, 尋丹, 羅俊鵬, 張梅, 張正義, 胡可, 顧劍鋒, 李傳維. 某渦輪發動機壓氣機葉片盤開裂的原因分析[J]. 熱處理, 2024, 39 (05): 9-14.

[4]王婧, 張小娟, 仝大明, 顧劍鋒, 周鐘平, 白鷺, 朱立堅. 大型薄壁殼體零件高壓氣淬過程溫度均勻性數值模擬[J]. 金屬熱處理, 2024, 49 (07): 9-15.

[5]袁瑤, 徐駿, 顧劍鋒. 一種基于莫頓碼及鏡像編碼的平衡八叉樹模型[J]. 計算力學學報, 2024, 41 (03): 467-473.

[6]劉慶冬, 張孟超, 劉明洋, 劉曉暉, 李慧, 王澤民, 趙波, 顧劍鋒. 增材制造馬氏體時效鋼的析出行為與強化機制[J]. 鋼鐵, 2024, 59 (06): 49-59.

[7]劉春鵬, 張關震, 李傳維, 顧劍鋒, 索忠源, 任瑞銘. 載荷對D2車輪鋼滑動磨損表層微觀組織和性能影響[J]. 表面技術, 2024, 53 (11): 150-159.

[8]仝玨川, 袁瑤, 仝大明, 郭正洪, 顧劍鋒. 動態再結晶對純鎳熱壓連接界面結合率的影響[J]. 中國有色金屬學報, 2024, 34 (08): 2708-2718.

[9]尋丹, 羅俊鵬, 張浩, 胡可, 李克, 張梅, 顧劍鋒, 李傳維. 13Cr15Ni4Mo3N半奧氏體沉淀硬化不銹鋼連續冷卻過程中的相變動力學[J]. 材料熱處理學報, 2024, 45 (04): 184-196.

[10]李克, 龔淼, 仝大明, 宋逸思, 劉珊, 顧劍鋒, 李傳維. 0Cr16Ni5Mo1馬氏體不銹鋼靜子葉片熱處理工藝模擬[J]. 熱處理, 2023, 38 (06): 7-13.

[11]宋逸思, 李傳維, 李克, 胡海鵬, 張梅, 陳益華, 顧劍鋒. 0Cr16Ni5Mo1馬氏體不銹鋼奧氏體晶粒生長行為[J]. 材料熱處理學報, 2023, 44 (12): 136-143.

[12]李傳維, 劉澤盛, 顧劍鋒, 董安平, 張梅, 何耀宇. 30MnNiCuMoB-RE鑄鋼的連續冷卻相變動力學研究[J]. 熱處理, 2023, 38 (05): 13-21+26.

[13]張弈, 李傳維, 李克, 顧劍鋒. 能量密度對直接激光沉積Ti-6Al-4V合金組織和性能的影響[J]. 材料熱處理學報, 2023, 44 (10): 114-120.

[14]張倫鳳, 王治涵, 趙俊渝, 安康, 徐駿, 顧劍鋒. 熱處理工藝模擬專用材料數據庫的設計與實現[J]. 金屬熱處理, 2023, 48 (09): 247-252.

[15]鄭可, 李傳維, 顧劍鋒. 固溶態和時效態7075鋁合金的微納米壓痕力學行為[J]. 材料熱處理學報, 2023, 44 (01): 39-48.

[16]王皓, 王婧, 徐駿, 顧劍鋒, 郭正洪. 基于多場耦合模擬的齒轂高壓氣淬工藝設計[J]. 金屬熱處理, 2022, 47 (12): 244-251.

[17]龐嘉泰, 李傳維, 郭正洪, 顧劍鋒. 冷軋及再結晶退火對TiNbHf難熔中熵合金力學性能的影響[J]. 材料熱處理學報, 2022, 43 (06): 79-85.

[18]唐夢蘭, 吳仡璇, 仝大明, 顧劍鋒. 9310鋼螺旋錐齒輪模壓淬火的數值模擬[J]. 金屬熱處理, 2022, 47 (05): 234-240.

[19]宋逸思, 李傳維, 陳益華, 李克, 胡海鵬, 顧劍鋒. 0Cr16Ni5Mo1馬氏體不銹鋼的連續冷卻相變動力學[J]. 金屬熱處理, 2021, 46 (10): 12-17.

[20]陳震昊, 徐駿, 劉慶冬, 李傳維, 顧劍鋒. AA6061鋁合金等溫時效析出動力學及析出強化模擬計算[J]. 機械工程學報, 2021, 57 (20): 126-132.

[21]陳震昊, 徐駿, 王婧, 顧劍鋒. 熱處理專用有限元求解器的開發[J]. 金屬熱處理, 2021, 46 (08): 77-84.

[22]薛軒, 仝大明, 申剛, 楊幸運, 張倫鳳, 顧劍鋒*. 考慮幾何必需位錯非均勻分布的雙相鋼細觀力學行為模擬[J]. 材料熱處理學報, 2021, 42 (08): 153-162+179.

[23]韓先洪, 顧劍鋒. 材料專業本科生小課時條件下的有限單元法教學探索[J]. 高等工程教育研究, 2021, (S1): 16-17+20.

[24]郭正洪, 顧劍鋒. 工科研究生課程遠程教學質量的個案分析[J]. 高等工程教育研究, 2021, (S1): 65-67.

[25]羅強, 宋逸思, 李傳維, 李克, 廖瑜, 陳益華, 顧劍鋒. 0Cr16Ni5Mo1馬氏體不銹鋼奧氏體化動力學研究[J]. 熱處理, 2021, 36 (02): 1-6.

[26]曾真, 張坤, 郭正洪, 顧劍鋒. 不同冷速對單向熱壓35CrMo鋼連接界面上孔隙愈合的影響[J]. 機械工程學報, 2021, 57 (10): 169-177.

[27]薛軒, 申剛, 楊幸運, 顧劍鋒*, 王婧, 張偉民. 多晶材料細觀力學建模與模擬軟件的開發與應用[J]. 金屬熱處理, 2021, 46 (02): 204-208.

[28]王婧, 張李強, 王皓, 顧劍鋒. 低壓轉子加熱過程的流固多場耦合模擬[J]. 材料熱處理學報, 2020, 41 (12): 119-128.

[29]張霆威, 楊繼蘭, 郭正洪, 顧劍鋒, 劉慶冬. 淬火-配分-回火鋼干滑動摩擦磨損性能的研究[J]. 熱處理, 2020, 35 (05): 15-21.

[30]翟思昕, 楊幸運, 楊繼蘭, 顧劍鋒. 淬火-配分-回火鋼在模擬海水環境中的腐蝕性能研究[J]. 中國腐蝕與防護學報, 2020, 40 (05): 398-408.

[31]黃斌, 林升垚, 毛曉峰, 李亮群, 鄭奇峰, 顧劍鋒, 劉慶冬. 42CrMo鋼曲軸連桿頸磁痕顯示的成因分析[J]. 金屬熱處理, 2020, 45 (04): 224-229.

[32]宋逸思, 李傳維, 陳益華, 鄭奇峰, 郭正洪, 顧劍鋒. 短時奧氏體化條件下25Cr2Ni4MoV鋼的連續冷卻相變動力學[J]. 金屬熱處理, 2019, 44 (11): 52-57.

[33]蔣元凱, 李傳維, 王淑俠, 毛曉峰, 郭正洪, 顧劍鋒. 顯微組織對SA508 Gr.3鋼斷裂方式的影響[J]. 材料熱處理學報, 2019, 40 (04): 98-105.

[34]顧劍鋒, 韓利戰, 李傳維. 大型鍛件晶粒細化熱處理研究進展[J]. 金屬熱處理, 2019, 44 (01): 7-12.

[35]張增超, 徐駿, 顧劍鋒. CrMo鋼比熱與熱擴散系數的熱力學估算[J]. 金屬熱處理, 2018, 43 (09): 203-208.

[36]陳靜, 丁麗鋒, 宋帆, 劉松鋒, 王婧, 顧劍鋒. 焊接轉子去應力熱處理過程的數值模擬[J]. 金屬熱處理, 2018, 43 (04): 241-244.

[37]張星, 陸海明, 李傳維, 顧劍鋒. 仿晶界鐵素體長大動力學及典型形貌的相場模擬[J]. 中國科技論文, 2018, 13 (04): 456-462.

[38]李文政, 王博, 郭正洪, 顧劍鋒. 滲氮層組織調控對42CrMo鋼磨損性能的影響[J]. 材料熱處理學報, 2018, 39 (01): 116-122.

[39]楊繼蘭, 蔣元凱, 顧劍鋒*, 郭正洪, 陳海龑. 奧氏體化溫度對中碳淬火-配分鋼干滑動摩擦磨損性能的影響[J]. 金屬學報, 2018, 54 (01): 21-30.

[40]龔淼, 顧劍鋒*. 冷拔高碳鋼絲的低溫退火[J]. 金屬熱處理, 2017, 42 (09): 50-52.

[41]張李強, 王婧, 駱曉萌, 顧劍鋒*. 熱處理過程流場-溫度場-組織場-應力場耦合模擬研究[J]. 金屬熱處理, 2017, 42 (08): 181-186.

[42]曾春霖, 顧劍鋒*. 碳素鉚螺鋼α+γ雙相區固溶碳活度的計算[J]. 金屬制品, 2017, 43 (03): 26-33.

[43]張天德, 徐駿, 唐麗娜, 顧劍鋒*. 30CrMnSiNi2A高強鋼的淬火畸變預測與工藝優化[J]. 金屬熱處理, 2017, 42 (02): 200-206.

[44]王佳緯, 徐駿, 韓利戰, 顧劍鋒*. 基于有限元數值模擬的TC4合金β固溶處理的組織預測[J]. 材料熱處理學報, 2016, 37 (11): 161-165.

[45]劉煥, 顧劍鋒*. 退火工藝對DT4E純鐵磁性能和抗拉強度的影響[J]. 機械工程材料, 2016, 40 (08): 99-102.

[46]韓寧寧, 顧劍鋒*. 核電用Inconel 600合金的蠕變行為[J]. 金屬熱處理, 2016, 41 (06): 1-3.

[47]A.G.Akulichev, 顧劍鋒. 20Cr3MoVW鋼碳氮共滲熱處理強化效應的XRD研究[J]. 熱處理, 2016, 31 (02): 40-46.

[48]I.Felde, C.Simsir, 顧劍鋒. 汽車零件淬火技術模擬的動向[J]. 熱處理, 2016, 31 (01): 42-48.

[49]劉博勛, 張幸, 顧劍鋒*. 基于鋼箔滲碳的碳傳遞系數的精確測定[J]. 金屬熱處理, 2016, 41 (01): 211-216.

[50]H.T.Chang, H.W.Yen, W.T.Lin, C.Y.Huang, J.R.Yang, 顧劍鋒. 超級貝氏體鋼的熱處理[J]. 熱處理, 2015, 30 (06): 44-50.

[51]許佩宜, 顧劍鋒*. 三代輪轂軸承法蘭內圈的感應淬火工藝[J]. 金屬熱處理, 2015, 40 (10): 68-72.

[52]M.O.Cojocaru, D.Dragomir, L.Druga, 顧劍鋒. 電磁感應對滲碳層生長動力學的影響[J]. 熱處理, 2015, 30 (05): 32-36.

[53]P.F.da Silva Farina, A.Bellegard Farina, C.Antonio Barbosa, H.Goldenstein, 顧劍鋒. 深冷和去應力處理對AISID2工具鋼回火碳化物析出的影響[J]. 熱處理, 2015, 30 (04): 49-53.

[54]曾伊琪, 陳志輝, 韓利戰, 顧劍鋒*. GCr15軸承鋼的碳化物超細化[J]. 軸承, 2015, (07): 25-28+36.

[55]K.Kawata, Y.Sekiya, T.Umehara, 顧劍鋒. 高性能氣體滲碳爐的研發[J]. 熱處理, 2015, 30 (03): 31-35.

[56]G.E.Totten, L.L.M.Albano, 顧劍鋒. 21世紀的熱處理與表面工程——淬火技術的現狀和未來發展[J]. 熱處理, 2015, 30 (02): 46-53.

[57]聶亞群, 韓利戰, 顧劍鋒. 低合金亞共析鋼的臨界溫度及最大鐵素體轉變量的計算[J]. 金屬熱處理, 2015, 40 (02): 8-12.

[58]M.Yang, B.Yao, Y.H.Sohn, R.D.Sisson Jr, 顧劍鋒. 鐵素體滲氮工藝模擬[J]. 熱處理, 2015, 30 (01): 46-50.

[59]潘健生, 王婧, 顧劍鋒. 我國高性能化智能制造發展戰略研究[J]. 金屬熱處理, 2015, 40 (01): 1-6.

[60]B.P.Maradit, C.Simsir, T.Lübben, C.H.Gür, 顧劍鋒. 冶金因素對SAE52100長圓柱體淬火畸變的影響[J]. 熱處理, 2014, 29 (06): 33-37.

[61]M.Tanaka, T.Onomoto, T.Tsuchiyama, K.Higashida, 顧劍鋒. 無鎳高氮奧氏體不銹鋼的脆韌轉變[J]. 熱處理, 2014, 29 (05): 63-66.

[62]黃金秋, 顧劍鋒*. 局部激光熱處理對DP1180雙相鋼成形性能的影響[J]. 熱加工工藝, 2014, 43 (18): 194-196+200.

[63]F.A.P.Fernandes, L.C.Casteletti, G.E.Totten, J.Gallego, 顧劍鋒. 450℃滲氮AISI 316L不銹鋼中膨脹奧氏體的分解[J]. 熱處理, 2014, 29 (04): 33-36.

[64]黃金秋, 顧劍鋒*. 雙相鋼激光熱處理時激光吸收率的測定[J]. 熱處理, 2014, 29 (04): 52-55.

[65]F.A.P.Fernandes, G.E.Totten, J.Gallego, L.C.Casteletti, 顧劍鋒. 超級馬氏體不銹鋼的等離子滲氮和氮碳共滲[J]. 熱處理, 2014, 29 (03): 20-23.

[66]王小娜, 韓利戰, 顧劍鋒. 電阻法分析NZ30K鎂合金的析出動力學(英文)[J]. Transactions of Nonferrous Metals Society of China, 2014, 24 (06): 1690-1697.

[67]王小娜, 韓利戰, 顧劍鋒. NZ30K鎂合金時效析出動力學與強化模型的研究[J]. 金屬學報, 2014, 50 (03): 355-360.

[68]B.L.Ferguson, Z.Li, 顧劍鋒. 基于模擬的熱處理工藝設計:使淬火工藝與鋼種和產品幾何形狀相匹配[J]. 熱處理, 2014, 29 (01): 41-45.

[69]田華, 顧劍鋒. 三銷軸叉用感應器的設計及工藝優化[J]. 熱處理, 2014, 29 (01): 49-53.

[70]曹潤辰, 王婧, 王琦, 顧劍鋒. 真空高壓氣淬爐流場和溫度場的數值模擬[J]. 熱處理, 2014, 29 (01): 54-58.

[71]王明敏, 韓利戰, 顧劍鋒. A508-3鋼回火過程的組織演變及動力學分析[J]. 熱處理, 2013, 28 (06): 19-24.

[72]K.N.Prabhu, Imtiyaz Ali, 顧劍鋒. 評價淬火介質換熱特性的Grossmann法與集中熱容法的比較[J]. 熱處理, 2013, 28 (05): 49-54.

[73]王小娜, 韓利戰, 顧劍鋒. 鋁合金時效析出動力學及強化模型[J]. 中國有色金屬學報, 2013, 23 (10): 2754-2768.

[74]劉文慶, 劉慶冬, 顧劍鋒. 原子探針層析技術(APT)最新進展及應用[J]. 金屬學報, 2013, 49 (09): 1025-1031.

[75]劉斌, 顧劍鋒. 軸承保持架軟氮化針狀組織的形成原因及防止措施[J]. 軸承, 2013, (09): 30-33.

[76]R.A.Mesquita, C.A.Barbosa, C.S.Goncalves, A.L.Slaviero, 顧劍鋒. 淬火工藝對高速鋼力學性能的影響[J]. 熱處理, 2013, 28 (04): 59-64.

[77]F.Cainer, D.Landek, H.Rafael, S.Solic, S.Kovacic, 顧劍鋒. 深冷處理對高速鋼膨脹曲線及摩擦磨損性能的影響[J]. 熱處理, 2013, 28 (03): 60-63.

[78]J Rath, T Liibben, F Hoffmann, H-W Zoch, 顧劍鋒. 高速水冷淬火過程中殘余壓應力的形成[J]. 熱處理, 2013, 28 (02): 42-45.

[79]顧劍鋒*, 潘健生. 智能熱處理及其發展前景[J]. 金屬熱處理, 2013, 38 (02): 1-9.

[80]劉飛, 韓利戰, 顧劍鋒, 潘健生. A508-3核電大鍛件用鋼連續冷卻貝氏體的相變塑性[J]. 材料熱處理學報, 2013, 34 (02): 32-36.

[81]H.Vetters, J.Dong, H.W.Zoch, 顧劍鋒. 殘留奧氏體對下貝氏體短時熱處理工具鋼性能的影響[J]. 熱處理, 2013, 28 (01): 59-64.

[82]潘健生, 顧劍鋒*, 王婧. 我國熱處理發展戰略的探討[J]. 金屬熱處理, 2013, 38 (01): 4-14.

[83]陳睿愷, 顧劍鋒, 韓利戰, 潘健生. 30Cr2Ni4MoV鋼的奧氏體化動力學[J]. 材料熱處理學報, 2013, 34 (01): 170-174.

[84]F W Bach, M Schaper, Z Yu, F Nurnberger, T Gretzki, D Rodman, R Springer, 顧劍鋒. 基于連續冷卻膨脹曲線的42CrMo4鋼等溫轉變圖的計算[J]. 熱處理, 2012, 27 (06): 45-49.

[85]顧劍鋒. 汽車工業中的真空滲碳和高壓氣淬技術[J]. 熱處理, 2012, 27 (05): 52-56.

[86]R.Zenker, 顧劍鋒. 電子束淬火與滲氮的復合熱處理技術[J]. 熱處理, 2012, 27 (04): 48-53.

[87]周澍, 張柯, 顧劍鋒, 戎詠華. 淬火-碳分配-回火鋼的低溫組織和性能[J]. 材料熱處理學報, 2012, 33 (06): 30-34.

[88]C Andersch, J Schwarzer, F Hoffmann, H-W Zoch, 顧劍鋒. 改進零件幾何形狀減小熱處理畸變[J]. 熱處理, 2012, 27 (03): 62-66.

[89]陳睿愷, 顧劍鋒, 潘健生. 低壓轉子鋼30Cr2Ni4MoV珠光體等溫轉變動力學[J]. 金屬熱處理, 2012, 37 (05): 1-5.

[90]R R Schmidt, U Fritsching, 顧劍鋒. 高壓氣淬均勻性研究[J]. 熱處理, 2012, 27 (02): 66-73.

[91]劉曉暉, 韓利戰, 顧劍鋒, 潘健生. 熱處理模擬軟件Thermal Prophet的開發與應用[J]. 金屬熱處理, 2012, 37 (02): 115-118.

[92]T.Bell, C.X.Li, 顧劍鋒. 材料的活性屏等離子滲氮[J]. 熱處理, 2012, 27 (01): 65-69.

[93]潘健生, 王婧, 顧劍鋒. 熱處理數值模擬進展之一——擴展求解域熱處理數值模擬[J]. 金屬熱處理, 2012, 37 (01): 7-13.

[94]周志方, 顧劍鋒, 王曉燕, 潘健生. Sensitivity Analysis of Thermal Properties on Numerical Simulation Results of Quenching Process[J]. Journal of Shanghai Jiaotong University(Science), 2011, 16 (06): 759-762.

[95]韓利戰, 顧劍鋒, 潘健生. 長期服役Cr-Mo-V鋼汽輪機轉子的微觀組織分析[J]. 金屬熱處理, 2011, 36 (11): 28-32.

[96]羅芳, 韓利戰, 顧劍鋒, 潘健生. 3Cr2Mo鋼馬氏體相變塑性及應力對其相變動力學的影響[J]. 材料熱處理學報, 2011, 32 (06): 98-102.

[97]周志方, 王曉燕, 顧劍鋒. 偏心圓環淬火過程的數值模擬[J]. 機械工程學報, 2011, 47 (12): 62-66+73.

[98]潘東煦, 顧劍鋒, 陳睿愷, 韓利戰, 潘健生. 30Cr2Ni4MoV低壓轉子鋼不同微觀組織下的力學性能[J]. 金屬熱處理, 2011, 36 (05): 1-4.

[99]王曉燕, 顧劍鋒, 陳睿愷, 潘健生. 30Cr2Ni4MoV低壓轉子鋼中不同微觀組織的比熱和導熱系數的測定[J]. 金屬熱處理, 2011, 36 (04): 1-3.

[100]周志方, 顧劍鋒, 王曉燕. 滲碳對后續淬火過程影響的數值模擬與分析[J]. 熱加工工藝, 2011, 40 (06): 158-160.

[101]顧劍鋒, 聞明, 劉剛, 呂堅. TiO2納米孔結構的XPS研究[J]. 稀有金屬材料與工程, 2011, 40 (03): 523-525.

[102]周志方, 顧劍鋒, 韓利戰. 一種模擬滲碳-淬火-回火全工藝流程的新方法[J]. 熱加工工藝, 2011, 40 (04): 133-135+138.

[103]韓利戰, 顧劍鋒, 潘健生. X12CrMoWVNbN10-1-1鐵素體耐熱鋼中的馬氏體相變過程[J]. 上海交通大學學報, 2010, 44 (01): 11-15.

[104]韓利戰, 顧劍鋒, 潘健生. 超超臨界轉子鋼X12CrMoWVNbN10-1-1的等溫轉變動力學[J]. 材料熱處理學報, 2010, 31 (01): 35-39.

[105]韓利戰, 陳睿愷, 顧劍鋒, 潘健生. X12CrMoWVNbN10-1-1鐵素體耐熱鋼奧氏體晶粒長大行為的研究[J]. 金屬學報, 2009, 45 (12): 1446-1450.

[106]雷雪, 徐薇平, 韓利戰, 顧劍鋒, 潘健生. 低壓轉子加熱過程溫度場與相變的計算機模擬[J]. 金屬熱處理, 2009, 34 (09): 48-51.

[107]潘健生, 王婧, 韓利戰, 顧劍鋒. 熱處理數值模擬工程應用的一些嘗試[J]. 金屬熱處理, 2008, (01): 3-8.

蔣志俊; 顧劍鋒; 李曉玲; 胡明娟; 朱祖昌.γ-Fe[N]的制備工藝及其回火組織性能研究.材料熱處理學報, 2007, 28(z1).

[108]沈成俊, 張偉民, 顧劍鋒, 陳乃錄. 電流法測量空氣換熱系數[J]. 熱加工工藝, 2006, 35(03): 41-43.

[109]宋冬利,顧劍鋒,胡明娟. 718鋼大模塊淬火過程的數值模擬[J]. 材料科學與工藝, 2005, 13(04): 60-63.

[110]魏良武,陸皓,顧劍鋒. 高燈桿熱浸鍍溫度場的有限元分析[J]. 金屬熱處理, 2004, 29(12): 70-74.

[111]宋冬利,顧劍鋒,胡明娟,潘健生. 基于數值模擬的718塑料模具鋼大模塊淬火新工藝設計[J]. 鋼鐵, 2004, 39(09): 64-68.

[112]葛海平,朱祖昌,顧劍鋒,姚新. 激光處理對GCr15鋼表面組織和硬度的影響[J]. 上海金屬, 2004,26 (03): 1-4+9.

[113]宋冬利,顧劍鋒,袁文慶. 718塑料模具鋼大模塊淬火工藝的優化[J]. 機械工程材料, 2004, 28(05): 22-25.

[114]宋冬利,顧劍鋒,胡明娟. 預硬型塑料模具鋼P20和718等溫轉變曲線的測定與分析[J]. 金屬熱處理, 2003, 28(12): 27-29.

[115]姚新,朱祖昌,顧劍鋒,胡明娟,張偉民. 中高淬透性鋼末端淬火的數值模擬[J]. 機械工程材料, 2003, 27(08): 8-10+30.

[116]姚新,顧劍鋒,胡明娟. P20鋼大型塑料模具幾種淬火工藝的三維溫度與組織模擬[J]. 金屬熱處理, 2003, 28(07): 33-37.

[117]潘健生,張偉民,田東,顧劍鋒,胡明娟. 熱處理數學模型與計算機模擬[J]. 中國工程科學, 2003, 5(05): 47-54.

[118]姚新,顧劍鋒,胡明娟,張偉民. 空心圓柱體GCr15鋼淬火過程的計算機模擬[J]. 金屬熱處理學報, 2003, (01): 78-81+94-95.

[119]姚新,顧劍鋒,李勇軍,潘健生. 支撐方式對曲軸滲氮過程畸變影響的有限元分析[J]. 上海交通大學學報, 2003, 37(02): 194-197.

[120]余寧,潘健生,顧劍鋒,胡明娟. 瞬態非傅里葉導熱效應判據的探討[J]. 激光技術, 2002, (02): 156-158+143.

[121]卑多慧,呂堅,顧劍鋒,盧柯,潘健生. 表面納米化預處理對低碳鋼氣體滲氮行為的影響[J]. 金屬熱處理學報, 2002, (01): 19-24+74.

[122]余寧,胡明娟,潘健生,顧劍鋒. 強瞬態非傅立葉導熱效應判據與激光沖擊硬化應用的探討[J]. 金屬熱處理學報, 2001, (03): 28-32.

[123]李勇軍,潘健生,顧劍鋒,胡明娟,張幸,于文平. 70Cr3Mo鋼大型支承輥淬火加熱計算機模擬[J]. 金屬熱處理, 2000, (09): 34-35.

[124]顧劍鋒,潘鍵生,胡明娟. 淬火過程的計算機模擬及其應用[J]. 金屬熱處理, 2000, (05): 35-37+44.

[125]顧劍鋒,潘健生,胡明娟,沈甫法. 9Cr2Mo冷軋輥加熱過程的數值模擬[J]. 金屬學報, 1999, (12): 0-0+0-0+0.

[126]顧劍鋒,潘健生,胡明娟,沈甫法. 冷軋輥淬冷過程數值模擬的研究[J]. 金屬熱處理學報, 1999, (02): 1-6+8-9.

[127]顧劍鋒,潘健生,胡明娟. 淬火介質換熱系數的計算機測算[J]. 熱加工工藝, 1998, (05): 13-14.

[128]顧劍鋒,潘健生,胡明娟. 淬火冷卻過程中表面綜合換熱系數的反傳熱分析[J]. 上海交通大學學報, 1998, (02): 21-24+33.

[129]顧劍鋒,周平南,楊曉豫. 離子束增強沉積TiN薄膜界面結合強度的研究[J]. 金屬熱處理學報, 1997, (02): 32-37.

會議論文：

[1]劉慶冬, 顧劍鋒, 劉文慶 & 劉東升. (2017). HSLA船板鋼在調質過程中富Cu相的析出行為. (eds.) 第十一屆中國鋼鐵年會論文集——S06.鋼鐵材料 (pp.83-96).

[2]Li, Chuanwei; Gu, Jianfeng*; Han, Lizhan; Liu, Qingdong.Microstructure Evolution of a Reactor Pressure Vessel Steel During High-Temperature Tempering.2nd Energy Materials Conference, 2017-02-26 To 2017-03-02.

[3]Xiong, Kai; Zhang, Yiyang; Gu, Jianfeng*.Deformation twinning in hexagonal close-packed single crystals under uniaxial compression.Chinese Materials Congress on Methods of Design and Characterization of Materials, Research and Development of Technological Processes, 2015, 2015-07-10 To 2015-07-14.

[4]劉朝陽, 顧劍鋒* & 齊歡. (2015). 激光多道熔覆單晶合金過程中溫度場分布和熔池形狀的研究. (eds.) 第16屆全國特種加工學術會議論文集（下） (pp.59-64).

[5]李傳維, 韓利戰, 劉慶冬, 顧劍鋒*, 晏廣華 & 張偉民. (2015). 回火時間對核電壓力容器用鋼的組織及性能的影響. (eds.) “第十屆中國鋼鐵年會”暨“第六屆寶鋼學術年會”論文集 (pp.1342-1347).

[6]徐從占, 韓利戰 & 顧劍鋒*. (2015). 基于組織演變的軸承熱處理過程中的尺寸預測. (eds.) 第十一次全國熱處理大會論文集 (pp.423-428).

[7]晏廣華, 韓利戰, 李傳維 & 顧劍鋒*. (2015). 帶有偏析的SA508 Gr.3鋼核電大鍛件在回火過程中的組織演化. (eds.) 第十一次全國熱處理大會論文集 (pp.433-439).

[8]顧劍鋒* & 潘健生. (2015). 集成計算材料工程(ICME)在熱處理行業應用與發展趨勢. (eds.) 第十一次全國熱處理大會論文集 (pp.647).

[9]徐駿, 韓利戰 & 顧劍鋒*. (2015). 熱處理模擬軟件Thermal Prophet的改進與應用. (eds.) 第十一次全國熱處理大會論文集 (pp.653-657).

[10]王婧, 駱曉萌, 張李強 & 顧劍鋒*. (2015). 大型鍛件電加熱爐內傳熱計算研究. (eds.) 第十一次全國熱處理大會論文集 (pp.683-687).

[11]劉博勛, 張幸 & 顧劍鋒*. (2015). 鋼箔滲碳模型和碳傳遞系數的確定. (eds.) 第十一次全國熱處理大會論文集 (pp.701-707).

[12]仝大明 & 顧劍鋒*. (2015). 感應淬火的數值模擬研究. (eds.) 第十一次全國熱處理大會論文集 (pp.713-720).

[13]李傳維, 韓利戰, 晏廣華, 劉慶冬, 顧劍鋒* & 張偉民. (2015). 回火溫度對核電壓力容器用鋼微觀組織及力學性能的影響. (eds.) 第十一次全國熱處理大會論文集 (pp.931-936).

[14]劉慶冬, 李傳維, 顧劍鋒* & 劉文慶. (2015). HSLA鋼在熱時效過程中富Cu相的成分演變. (eds.) 第十一次全國熱處理大會論文集 (pp.942-947).

[15]陳志輝, 韓利戰 & 顧劍鋒*. (2015). GCr15軸承鋼等溫轉變組織和性能. (eds.) 第十一次全國熱處理大會論文集 (pp.953-958).

[16]劉慶冬, 劉文慶 & 顧劍鋒*. (2013). 原子探針層析技術(APT)最新進展及應用. (eds.) 第八屆中國功能材料及其應用學術會議摘要 (pp.111-112).

[17]顧劍鋒. (2013). 原子探針層析技術(APT)最近進展及應用. (eds.) 第八屆中國功能材料及其應用學術會議摘要 (pp.8-9). 上海交大材料科學與工程學院;

[18]韓利戰, 顧劍鋒, 龍智南, 徐駿 & 潘健生. (2011). 不同冷卻條件下核電大鍛件用鋼顯微組織分析. (eds.) 中國核科學技術進展報告（第二卷）——中國核學會2011年學術年會論文集第3冊（核能動力分卷（下）） (pp.125-132).

[19]潘健生; 王婧; 顧劍鋒; 郝曉偉.熱處理數值模擬進展之——擴展求解域熱處理數值模擬.第十次全國熱處理大會, 中國,天津市, 2011-09-16.

[20]陳睿愷; 顧劍鋒; 潘健生.低壓轉子鋼30cr2Ni4MoV的珠光體等溫轉變動力學研究.第十次全國熱處理大會, 中國,天津市, 2011-09-16.

[21]周澍; 張柯; 顧劍鋒; 戎詠華.淬火-碳分配-回火鋼低溫組織和性能的研究.第十次全國熱處理大會, 中國,天津市, 2011-09-16.

[22]劉飛; 韓利戰; 顧劍鋒.A508-3鋼連續冷卻條件下貝氏體相變塑性研究.第十次全國熱處理大會, 中國,天津市, 2011-09-16.

[23]劉曉暉; 韓利戰; 顧劍鋒; 潘健生.熱處理數值模擬軟件Thermal Prophet的開發與應用.第十次全國熱處理大會, 中國,天津市, 2011-09-16.

[24]Zhou, Shu*; Wang, Ying; Chen, Nailu; Rong, Yonghua; Gu, Jianfeng.Application of Quenching-Partitioning-Tempering Process in Hot Rolled Plate Fabrication.7th Pacific Rim International Conference on Advanced Materials and Processing, 2010-08-02 to 2010-08-06.

[25]郝曉偉; 王婧; 顧劍鋒; 潘健生.熱處理計算機模擬的若干進展.第六屆中國熱處理活動周, 中國,北京市, 2009-10-01.

[26]蔣志俊; 顧劍鋒; 李曉玲; 胡明娟; 朱祖昌.γ-Fe[N]的制備工藝及其回火組織性能研究.第九次全國熱處理大會, 中國,遼寧省,大連市, 2007-09-01.

[27]潘健生; 顧劍鋒.鋼的加熱冷卻過程的數值模擬.首屆寶鋼學術年會, 中國,上海市, 2004-05-27.

[28]姚新; 顧劍鋒; 張偉民; 胡明娟.空心圓柱體淬火過程中應力演變的數值模擬.第八次全國熱處理大會, 中國,北京市, 2003-05-20.

[29]潘健生, 張偉民, 袁文慶, 胡明娟 & 顧劍鋒. (2002). 影響熱處理計算機模擬精度的若干問題的探討. (eds.) 首屆中國熱處理活動周論文集 (pp.218-228).

[30]潘健生, 胡明娟, 張偉民 & 顧劍鋒. (2002). 熱處理數學模型與計算機模擬. (eds.) 首屆中國熱處理活動周論文集 (pp.15-24).

[31]余寧, 潘健生, 胡明娟, 顧劍鋒 & 張偉民. (2001). 激光加熱過程中動態熱沖擊熱變形耦合計算的研究. (eds.) 特種加工技術——2001年中國機械工程學會年會暨第九屆全國特種加工學術年會論文集 (pp.432-436).

[32]沈甫法; 顧劍鋒; 潘健生; 劉安冰.錨環淬火過程的計算機模擬及實驗驗證.第七次全國熱處理大會, 中國,河南省,洛陽市, 1999-04-01.