《甘肃工业大学材料加工工程学科 陈剑虹教授论文选集》

断裂机理的研究1

1．Advances in the mechanism of cleavage fracture of low alloy steel at low temperature.Part Ⅰ:Critical event,Int.J.Fract.Vol.83 No.2,p105～120,19971

2．Advances in the mechanism of cleavage fracture of low alloy steel at low temperature.Part Ⅱ:Fracture model,Int.J Fract.Vol.83 No.2,p121～138,199719

3．Advances in the mechanism of cleavage fracture of low alloy steel at low temperature.Part:Ⅲ Local fracture stress of,Int.J Fract.Vol.83 No.2,p139～157,199737

4．A Statistical Model for Cleavage Fracture of Low Alloy Steel,Acta Mater.Vol.44,p3979～3989,199656

5．The Local Fracture Stress of as a Fracture Toughness Parameter Characterize an Heterogeneous weld zone,Fatigue ＆ Fract.of Engng Mater.＆ Struct.Vol.19,p807～819,199667

6．A Comparison of Fracture Behavior of Low Alloy Steels with Different Sizes of Carbide Particles,Metall.＆Mater.Trans.Vol.27A,p1909～1917,199681

7．Micromechanism of the transition of fibrous cracking to cleavage of C-Mn base and weld steel,Metall.and Mater.Trans.Vol.25A,p1381～1390,199493

8．Further study on the mechanism of cleavage fracture at low temperature,Acta Metall.＆Mater.Vol.42,p251～261,1994106

9．Critical assessment of local Cleavage stress of in Notch Specimens of C-Mn steel,Metall.and Mater.Trans.Vol.24A,p1381～1389,1993117

10．Further investigation of the critical events in cleavage fracture of C-Mn base and weld steel,Metall.and Mater.Trans.Vol.24A,p659～667,1993129

11．Study on the impact toughness of the C-Mn Multilayer weld metal at-60℃,Welding Journal Vol.72,p19s～27s,1993141

12．A Comparison of toughness of C-Mn steel with different grain sizes,Metall.Trans.Vol.23A,p2549～2556,1992152

13．Study of Mechanism of Cleavage Fracture at Low Temperature,Metall.Trans.Vol.23A,p509～517,1992163

14．Further study on the scattering of the local fracture stress and allied toughness values,Metall.Trans.Vol.22A,p2287～2296,1991172

15．On the scattering of the local fracture stress of,Acta Metall.＆Mater.,Vol.38,p2527～2535,1990185

16．Fracture behavior of C-Mn steel and weld metal in notched and precracked specimens:Part Ⅰ.Fracture behavior,Metall.Trans.Vol.21A,p313～320,1990194

17．Fracture behavior of C-Mn steel and weld metal in notched and precracked specimens:Part Ⅱ.Micromechanism of fracture,Metall.Trans.Vol.21A,p321～330,1990205

18．Fracture behavior of C-Mn steel multipass MMA weld metals at-60℃ in Charpy V testing,Materials Science and Technology Vol.4,p732～739,1988215

19．Micro-fracture behavior induced by M-A Constituent(Island Martensite)in simulated welding heat affected zone of HT80 high strength low alloying steel,Acta Metall.＆Metall.Vol.32,p1779～1788,1984224

20．高强力钢溶接部の破坏发生传ぽに及ぼす岛状マルテンサィトの影响，材料Vol.34,p18～22,1985235

焊接电弧物理与化学冶金240

21．Study on the mechanism of spatter produced by basic welding electrodes,Welding Journal Vol.75,p311s～316s,1996240

22．The transfer of small amount of boron during SMA welding,Welding Journal Vol.70,p277s～285s,1991248

23．Investigation of the kinetic process of metal-oxygen reaction during shielded metal arc welding,Welding Journal Vol.68,p245s～251s,1989259

24．A Study of the mechanism for globular metal transfer from covered electrodes,Welding Journal Vol.68,p145s～150s,1989268

25．手工电弧焊过程微量硼过渡及其稳定性研究，焊接学报Vol.10,No.3,p139～146,1989276

26．手工电弧焊氧化还原反应动态过程的研究，焊接学报Vol.9,No.2,p59～68,1988284

27．焊条电弧力的测定研究，焊接学报Vol.8,No.3,p107～112,1987294

28．HT80高强钢模拟焊接HAZ透射电镜组织观察及位错密度测定，焊接学报Vol.6,No.4,p157～162,1985300

29．碱性焊条发尘致毒影响因素的研究，焊接学报Vol.1,No.2,p53～65,1980308

陶瓷连接323

30．The Metallurgical behaviour during brazing of Ni-base alloy Inconel 600 to Si3N4 with Ag71Cu27Ti2 filler metal J.Materials Science Vol.28,p2933～2942,1993323

31．Segregation of chromium at the interface between Ni-Cr-Si-Ti brazing filler metal and Si3N4 Ceramics J.Materials Science Letter Vol.12A,p87～89,1993334

32．An observation of the overflow of Ag-Cu-Ti filler metal on the surface of Ni-base Alloy Inconel 600,J.Materials Science Letter Vol.11A,p1473～1475,1992338

专著（简介及目录）342

33．《焊接卫生与安全》机械工业出版社，北京，1987年342

34．《焊接材料及其冶金》机械工程师进修大学，北京，1989年359

35．"Welding Joining Coating and Surface Modification Of Advanced Materials",Proceeding of the Pre-Assembly symposium of47th Annual Assembly of IIW,1-2 Sep 1994,Dalian,China(Vol.Ⅰ＆Vol.Ⅱ）364