31.
Fang H-S, Wang J-J, Li C-M, et al.: Growth
of Plate Shaped Precipitate via Sympathetic
Nucleation & Ledgewise Mechanism: Materials
week, ASM & TMS: 1994; Oct.:60
32. Fang H-S, Wang J-J,
Yang Z-G, Hu D-X, Zheng Y-K: Sympathetic nucleation
ledgewise growth mechanism of bainite in steels:
HSLA Steels'95, Beijing, Ed.G. Liu, S. Harry,
H. Zhang, C. Li, CSM, China Science &
Technology Press: 1995; Oct.22:530-535
33. Fang H-S, Wang
J-J, Zheng Y-K: Growth of plate shaped precipitates
via sympathetic nucleation and ledgewise mechanism:
Atomistic Mechanisms of Nucleation and Growth
in Solids, 1994 TMS-ASM Fall Meeting, Chicago
Rosemont, Illinois, USA:1994; Oct.::[C5]
34. Fang H-S, Wang
J-J, Zheng Y-K,, Li C-M, Yang Z-G: Study of
the transformation mechanism of bainite in
ferrous and non-ferrous alloys: Heat &
Surface'94,
35. Fang H-S, Yang
Z-G, Wang J-J, Zheng Y-K, Bo X-Z, Li C-M:AFM
and STM study of surface reliefs and ultra-fine
structures of martensite and bainite in a
Cu-Zn- Al alloy: ICOMAT-95, Lausanne, Switzerland:1995;
Aug.:88
36. Fang H-S, Yang
Z-G, Wang J-J, Zheng Y-K:STM study on surface
relief, ultra-fine structure and transformation
mechanism of bainite and martensite in Steels:
ICOMAT'95, Lausanne, Switzerland:1995; Aug.:47
37. Hu D-X, Yang
Y-Y, Wang J-J, Li C-M, Yang Z-G, Fang H-S,
The spalling resistence of bainitic steel
grinding ball: International Conference on
Failure Analysis and Prevention (ICFAP'95),Beijing,1995;Jun.23:681-683
38. Huang W-G,
Yang Y-Y, Xu R, Zheng Y-K, Fang H-S, The Investigation
on the failured blade made of bainitic cast
steel, Failure analysis and prevention 1995,
Eds. C.Q.Chen and M.C.Chaturvedi, International
Academic Publishers, Beijing,1995,6:448-450
39. Wang J-J, Fang
H-S, H.Tsubakino, A.Yamamoto: HRTEM studies
of fine internal and interfacial structure
of α 1 plates in a CuZnAl alloy: Proceeding
of HIT Summer Seminar '95 in Engineering and
Science; Himeji, Japan : 1995; Sep.13:10-15
40. Yan J-J, Wang
J-J, Yang Z-G, et al.: STM investigation of
bainite in steel: International Conference
on STM; Beijing , China :1993; Aug.:167
41. Yan J-J, Wang
J-J, Z.K. Yang, et al: STM investigation of
bainite in steel: The 3rd National Symposium
on STM/STS: 1993; Feb.:36
42. Yang Y-Y, Huang
W-G, Fang H-S, The role of white layer in
impact wear, Failure analysis and prevention
1995, Eds. C.Q. Chen and M.C. Chaturvedi,
International Academic Publishers, Beijing,
1995,6:308-310
43. H-S Fang, Z-G
Yang, J-J Wang, Y-K Zheng, New Progress of
Bainite and Martensite Transformation Mechanism
and Air-Cooled Bainitic Steels,10th Congress
of the International federation for heat Treatment
and Surface Engineering, Brighton, England,
on 1-5,Spet. 1996
44. Fang H S, Wang
J J, Li C M,, Superledges in the Formation
Mechanisms of Plates and Bainitic Carbides,
Pacific Rim Conference on the roles of Shear
and Diffusion in the Fromation of Plate-shaped
Transformation Products, Hawaii, USA, Dec,
1990: 15.
45. Fang H S, Wang
J J, Zheng Y K, The Formation of Lower Bainitic
Carbide, Congress Book of the 8th Inter. Congress
on Heat Treatment of Materials, Japan, 1990:
143-146.
46. Yan J J, Wang
J J, Yang Z G, Deng X R, Fang H S, Scanning
Tunneling Microscopy Investigation of Bainite
in Steel. The 3rd National Symposium on STM/STS,
1993, 2: 26.
47. Jiang G.B,
Zheng Y.K, Yang Y.Y, Fang H.S. Wear 1998.215(1-2):46-53
48. Yang Z.G, FangH.S,
LiC.M, Zheng.Y.K J.Mater. Sci.Lett.1998.17(4)331-333
49. Bo.X.Z, Fang.H.S,
Wang J.J, Wang Z.H Scr.Mater 1998 39(2):247-252
50. Fang.H.S,Bo.X.Z,Wang
J.J,Wang Recent investigations on bainite
Transformation Mater Trans JIM 1998 ,39 (12)
51. Fang Hong-Sheng,
Zhang Bai-Qing, Li Jian-Guo , Ma Hong-Tao,
A new development of grain refiners-Al-Ti-C
master alloys, Proceedings of the 7 th International
Seminar of IFHT, 15-17 Sept., 1999, Budapest,
Hungary. Heat Treatment and Surface Engineering
of Light Alloys. pp. 393-397.17
52. Ma Hongtao
ﺿFang Hongsheng ﺿZhang Baiqing ﺿLi Jianguo
ﺿObservation of crystal nuclei of aliminum
refined by Al-Ti-B master alloy, Trans. Nonferrous
Met. Soc. China , 1999, 9(4): 668-671.
53. H. S. Fang,
P. G. Xu, B. Z. Bai, et al, A New Duplex Microstructure-Grain
Boundary Allotriomorphic Ferrite/Granular
Bainite, The Fourth International Conference
on High Strength Low Alloy Steels, ( Xi'an,
CHINA, Oct.,2000). Proceedings of the Fourth
International Conference on High Strength
Low Alloy Steels, Press of Metallurgical Industry,
Beijing, 248-25
54. Zhang Bai-qing,
Fang Hong-sheng, Ma Hong-tao, Li Jian-guo
, Aluminothermal reaction to prepare Al-Ti-C
master alloy, Trans. Nonferrous Met. Soc.
China , 2000, 10(1): 1-5.
55. Zhang Bai-qing,
Li Jian-guo , Ma Hong-tao, Fang Hong-sheng,
A new development of Al-Ti-C grain refining
master alloys, Trans. Nonferrous Met. Soc.
China , 2000, 10(3): 296-303
56. Ma Hongtao
ﺿLi Jianguo ﺿZhang Baiqing ﺿFang Hongsheng,
Study on the microstructure of Al-Ti-B master
alloys, The Chinese Journal of Nonferrous
Metals(in Chinese), 2001, 11(5):801-805.
57. Yang ZG, Zhang
C, Fang HS, Yang JB, et al. Rationalization
of sympathetic nucleation-ledgewise growth
theory of bainite transformation in Fe-C alloys.
Journal of Materials Science and Technology,
2001, 17(4): 433-438
58. Z.-G. Yang,D.-Y.
Liu, H.-S. Fang, et al.,A Novel 1500MPa Air-cooled
Bainite /Martensite Steel, in: Japan National
Research Institute for Metals eds. Fifth Workshop
on the Ultra-Steel Ultra-Steel: Future Challenges
Based on the Latest Results, 2001: 280-281
59. Liu Dongyu,
Fang Hongsheng, Bai Bingzhe, et al, A carbide
free bainite ᾿martensite mixed microstructure
and its properties. in: The Chinese Society
for Metals,eds. Workshop on New Generation
Steel, NG Steel Ἷ001, 2001: 178~184
60. Bai Bingzhe,
Liu Dongyu, Fang Hongsheng , Gu jialin, Yang
Zhigang, Chang Kaidi, Wei Dongyuan, Yang Fubao
, Air cooled carbide free bainite-martensite
steel and its properties,
ICASS2004, Shanghai, China, pp533~540 196.
Fang HS, Yang JB , Yang ZG Bai BZ, The mechanism
of bainite transformation in steels. Scripta
Materialia, 2002, 47(3): 157-162
61. Fang H.-S.,
Liu D.-Y., Yang Z.-G, et al. The Mechanism
of Bainite Transformation. In: Chakraborti
N, Chatterjee U K, eds. International Conference
on Advances in Materials and Materials Processing,
New Delhi : Tata McGraw-Hill Publishing Company
Limited. 2002. 10~18
62. Liu Dongyu,
Bai Bingzhe, Fang Hongsheng et al, Effect
of Tempering Temperature on the Strength and
Toughness of a Novel Carbide Free Bainite
/Martensite Duplex Phase Steel, Journal of
Iron and Steel Research International, 2002,
9(1): 46-49
63. Liu D.-Y, Bai
B.-Z, Fang H.-S, et al. The properties of
a Low carbon Steel with Carbide-free Bainite/Maternsite
Duplex Microstructure. First International
Conference on Advanced Structure Steels (ICASS
2002), Japan , Tsukuba, 2002.5 :22-24
64. Pingguang XU,
Hongsheng FANG, Bingzhe. BAI, et al, A New
Duplex Microstructure of Grain Boundary Allotriomorphic
Ferrite/Granular Bainite Duplex Steel, Journal
of Iron and Steel Research International .
2002, 9(2): 33-38.
65. Dong-Yuan Wei,
Jia-Lin Gu, Hong-Sheng Fang, Bai-Zhe Bai.
The Study of Fatigue Properties on a 1500MPa
Bainite/Martensite Dual-phase High Strength
Steel, Proceedings First International Conference
on Advanced Structural Steels (ICASS 2002)
Data May 22~24 2002 Place Tsukuba International
Congress Center Tsukuba Japan Organized By
National Institute for Materials Science (NIMS)
In Conjunction with The Iron and Steel Institute
of Japan Chinese Society for Metals Korean
Institute of Metals and Materials 273~274
66. Fang HS, Yang
JB, Yang ZG, et al. The mechanism of bainite
transformation. J. Phys. IV, 2003: 289-292
67. Fang Hongsheng,
Li Qi, Bai Bingzhe, Yang Zhigang, Liu Dongyu,
Yang Fubao, The Developing Prospect of Air-cooled
Bainitic Steels, Materials Science forum ,2003,426-432
︿01-208
68. Yang ZG, Yang
JB, Fang HS, et al. Theoretical study on sympathetic
nucleation vs ledgewise growth of bainitic
ferrite in steel, Materials Science Forum,
2003, 426-432(2):1261-
1266
69. Pingguang XU,
Bingzhe BAI, Hongsheng FANG, et al, Development
of Grain Boundary Allotriomorphic Ferrite/Granular
Bainite Duplex Steel, Journal of University
of Science and Technology Beijing, 2003, 10(2):
39-44.
70. J.L.Gu, D.Y.
Wei, K.D. Chang, D.Y. Liu, H.S. Fang, B.Z.
Bai, Z.G. Yang, W.Z. Zhang, A Novel 1500MPa
Economic High Strength Steel(Abstract). Materials
Science forum conference in Spain. Feb. 5,
2003
71. J.L.Gu, D.Y.
Wei, K.D. Chang, D.Y. Liu, H.S. Fang, B.Z.
Bai, Z.G. Yang, W.Z. Zhang, A Novel 1500MPa
Economic High Strength Steel, Materials Science
forum . 2004, 426-432 ︿475-1480
72. Fang Hongsheng,
Yang Fubao, Bai Bingzhe, Yang Zhigang, Recent
Development of Mn Series Air-cooled Bainitic
Steels (Part1), Current Advances in Materials
and Processes, Report of the ISIJ Meeting,
2004,7(3):442
73. Fang Hongsheng,
Yang Fubao, Bai Bingzhe, Yang Zhigang, Recent
Development of Mn Series Air-cooled Bainitic
Steels (Part2), Current Advances in Materials
and Processes, Report of the ISIJ Meeting,
2004,7(3):443
74. Pingguang XU,
Bingzhe BAI, Fuxing YIN, Honsheng FANG, Kotobu
NAGAI, Microstructure Control and Wear Resistance
of Grain Boundary Allotriomorphic Ferrite/
Granular Bainite Duplex Steel, Materials Science
and Engineering A, 2004, 385(1-2): 65-73.
75. Yang Fubao,
Xu Pingguang, Bai Bingzhe, Wang Zhenjia, Fang
Hongsheng, Study on weldability of the grain
boundary allotriomorphic ferrite/granular
bainite (F GBA/Bg) duplex steel, ICASS2004,
Shanghai, China, pp993~997
76. D.Y. Wei, J.L.
Gu, H.S. Fang, B.Z. Bai, Z.G. Yang, Fatigue
Behavior of 1500MPa Bainite/ Martensite Duplex-Phase
High Strength Steel. International journal
of fatigue. 2004, 26: 437- 442
77. GU Jia-lin,
CHANG Kai-di, FANG Hong-sheng, YANG Zhi-gang,
BAI Bing-zhe, Interaction of Hydrogen and
Retained Austenite in Bainite/Martensite Dual-Phase
High Strength Steel, Journal of Iron and Steel
Research,11(2004)No.1,42-46 242
78 .Tan Zhunli,
Bai Bingzhe, Yang Fubao , Fang Hongsheng ︿
Lower Bainite/Marten-site Seamless Steel Pipe
with High Strength and Toughness, ICASS2004,
Shanghai, Chinaﺿpp707~709
79. Fang Hong-Sheng,
Yang F-B, Bai B-Z, Yang Z-G, Yin J, Recent
Development of Air-cooled Bainite Steels Containing
Manganese, Journal of Iron and Steel Research,
2005, 12(2),1-10
|
|
Recommedation Tech
Air-cooled bainite steel 