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張凱鋒

發布時間: 2021-08-14 17:23:10

Ⅰ 張凱鋒的身份

1978,2-1984,6 哈爾濱工業大學,本科生、碩士生
1984,6-1990,3哈爾濱工業大學,助教、講師、在職博士生
1990,4-1992,10哈爾濱工業大學,副教授
1992,10-1994,8 日本理化學研究所,客座研究員
1993,9~ 哈爾濱工業大學,教授
1995,7~ 哈爾濱工業大學,博士生導師
2000,10~ 哈爾濱工業大學材料工程系,主任
2005,8~ 金屬精密熱加工國防科技重點實驗室,常務副主任

Ⅱ 張凱鋒的專著情況

⑴ 張凱鋒,魏艷紅,魏尊傑,閆牧夫. 《材料熱加工過程的數值模擬》.2 0 0 1,哈爾濱工業大學出版社
⑵ 張凱鋒.2 0 0 8,《微成形製造技術》 ,北京:化學工業出版社
⑶ 王仲仁,張凱鋒。《鍛壓手冊》 ,2 0 0 8,北京:機械工業出版社
⑷ K FZ h a n g . S u p e r p l a s t i c i t yi na d v a n c e dm a t e r i a l s . I C S A M 2 0 0 6 . T T P

Ⅲ 請問謝霆鋒和張東健到底誰帥 提問;張凱鋒

如果站在動物的角度來看的話 估計兩個都不帥!個人有個人的眼光.

Ⅳ 張凱鋒的專利情況

張凱鋒。陶瓷手術刀的裝夾裝置。公開號:200410044047.4
張凱鋒。一種變摩擦條件的正反向超塑脹形方法。申請號:200810063861.9
張凱鋒。一種製造 GH4169 高溫合金多層板結構的方法。申請號:200810209590.3
張凱鋒。線膨脹系數可調 ZrO2 和 TiO2 超塑陶瓷模具的制備方法。申請號:200810137554.0
張凱鋒。紡織噴印用氧化鋯陶瓷噴嘴的製造方法。申請號:200910071923.5
張凱鋒。一種鈮硅鐵合金發動機部件及其制備方法。申請號:200910308608x

Ⅳ 張凱鋒的主要學術成果

[1] Chan KC,Wang CL,Zhang KF. Superplastic deformation behavior of the electrocodeposited Ni/SiC composite. Scripta Mater. 2004,
(51),605-609 (SCI,他引12次,IF2.887)
[2] Guoqing Chen,Kaifeng Zhang,Guofeng WANG,Wenbo Han. The superplastic deep drawing of a fine-grained alumina-zirconia ceramic
composite and its cavitation behavior. Ceramics International,2004(30),2157-2162. (SCI,他引3次,IF1.369)
[3] Yin,D.L.; Zhang,K.F.; Wang,G.F.; Han,W.B. Warm deformation behavior of hot-rolled AZ31 Mg alloy. Materials Science and
Engineering A,2005,392⑴: 320-325. (SCI他引49次,IF1.806)
[4] Chan,K.C.,Wang,G.F.,Wang,C.L. and Zhang,K.F. Low temperature and high strain rate superplasticity of the electrodeposited Ni/ Si3N4
(W) composite. Scripta Mater. 2005 (53),1285-1290. (SCI,他引2次,IF2.887)
[5] Chan,K.C.,Wang,G.F.,Wang,C.L. and Zhang,K.F. Low temperature superplastic gas pressure forming of electrodeposited Ni/SiCp
nanocomposites. Materials Science & Engineering A,2005(404),108-116. (SCI,IF1.806)
[6] D.L. Yin,K.F. Zhang,G.F. Wang and W.B. Han. Superplasticity and cavitation in AZ31 Mg alloy at elevated temperatures. Materials
Letters,2005,59⒁ :1714-1718. (SCI,IF1.748)
[7] Wang,G.F.,Chan,K.C.,and Zhang,K.F. Low temperature superplasticity of nanocrystalline electrodeposited Ni-Co alloy. Scripta
Material 2006 (54),765-770. (SCI,他引9次,IF2.887)
[8] Kaifeng Zhang,Guofeng Wang. Fabrication and superplasticity of Al2O3/3Y-TZP laminated composite. J Europ Ceram Soc. 2006 (26),
253-257(SCI,IF1.58)
[9] X.F. Li,K.F. Zhang,G.F. Wang. Preparation and tensile properties of amorphous Fe78Si9B13/nano-Ni laminated composite. Materials
letters. 2007(61),4901-4905. (SCI,IF1.748)
[10] Wang F,Zhang KF,Wang GF. Texture in superplastically deformed alumina-zirconia composites. Materials Science & Engineering A,
2008(491),476-482. (SCI,IF1.806)材料科學與工程學院
[11] Zhang,Kaifeng,Ding Shui,Wang,Guofeng. Different superplastic deformation behavior of nanocrystalline Ni and ZrO2/Ni
nanocomposite. Materials letters. 2008(62),719-722. (SCI,他引1次,IF1.748)
[12] Li XF,Zhang KF. Improved tensile ctility of amorphous Fe78Si9B13 alloy using electrodeposited nano-Ni. J. Non-cryst. Solids,,2008,
354(26): 3088-3092 (SCI,他引1次,IF1.449)
[13] X.F. Li,K.F. Zhang,G.F. Wang,W.B. Han. Plastic deformation behavior of amorphous Fe78Si9B13 alloy at elevated temperature.
Journal of Non-Crystalline Solids 354 (2008) 1061–1065. (SCI,他引1次,IF1.449)
[14] Yu,J.L. Zhang,K.F.; Wang,G.F. Superplasticity of multiphase fine-grained Nb-16Si-2Fe refractory alloy. Intermetallics,2008v 16,n 10,
p 1167-1170. (SCI,IF2.034)
[15] Yu,J.L. Zhang,K.F. Tensile properties of multiphase refractory Nb-16Si-2Fe in situ composite. Scripta Materialia,2008v 59,n 7,p
714-717. (SCI,IF2.887)
[16] Zhang,Chunping,Zhang,Kaifeng; Wang,Guofeng. Superplasticity of fine grained |? -TiAl based alloy synthesized by pulse current
auxiliary sintering. Materials Letters,2009v 63,n 24-25,p 2153-2156. (SCI,IF1.748)
[17] Lu,Zhen,Zhang,K.F.Crystal distribution and molecule orientation of micro injection molded polypropylene microstructured parts .
Polymer Engineering and Science,2009 v 49,n 8,p 1661-1665 (SCI,IF1.245)
[18] Zhang,ChunPing,Zhang,KaiFeng. Tensile behaviors of fine-grained |? -TiAl based alloys synthesized by pulse current auxiliary sintering.
Materials Science and Engineering A,2009v 520,n 1-2,p 101-104. (SCI,IF1.806)
[19] Yu,J.L. Zhang,K.F.; Li,Z.K.; Zheng,X.; Wang,G.F.; Bai,R. Fracture toughness of a hot-extruded multiphase Nb-10Si-2Fe in situ
composite. Scripta Materialia,2009v 61,n 6,p 620-623. (SCI,IF2.887)
[20] Zhang,K.F.; Kun,L. Classification of size effects and similarity evaluating method in micro forming. Journal of Materials Processing
Technology,2009v 209,n 11,p 4949-4953. (SCI,IF1.1)
[21] Li,Xifeng; Chen,Jun; Zhang,Kaifeng. High temperature deformation behavior of amorphous Fe78Si9B13/nano-Ni laminated
composite. Materials and Design,2009v 30,n 7,p 2665-2669. (SCI,IF1.107)
[22] Zhang,Chunping, Zhang,Kaifeng. Superplasticity of a |? -TiAl alloy and its microstructure and cavity evolution in deformation. Journal
of Alloys and Compounds,2010,v 492,n 1-2,p 236-240. (SCI,IF1.51)
[23] Wang,X.L.,Zhang,K.F. Mechanical alloying,microstructure and properties of Nb-16Si alloy. Journal of Alloys and Compounds,2010 v
490,n 1-2,p 677-683. (SCI,IF1.51)
[24] Yan,H.H.,Zhang,K.F. Processing of multi-sheet structures of an aluminum alloy by laser welding/superplastic forming. Materials and
Design,2010v 31,n 4,p 2220-2223. (SCI,IF1.107)

Ⅵ 張凱鋒,男,漢族,農歷1983年10月16日18時出生的命運

命理測試分析結果: (福壽) 福壽圓滿,富貴榮譽,涵養雅量,德高望重。
詳細寓意: 最大好運,福壽圓滿之象。
詩曰:福壽拱照德望高,財子壽全又溫和,慈祥好善可恭敬,富貴繁榮得惠澤。

福壽共照的立身家數。(大吉)
基業:天官,貴人,福星、官祿、進田、畜產。
家庭:清靜家田,園滿之象子孫昌盛。
健康:海底明珠,安穩徐慶,健康自如。
含義:此數為最大好運,福壽園滿之象,順和、雅量。多受福澤,德高望重,自成大業,富貴榮華,吉祥有德,繁榮興家的大吉數。

Ⅶ 張凱鋒的介紹

張凱鋒,承擔863、自然科學基金、總裝備部、機電部、航天部、省、市及橫向協作等二十餘項科研項目。目前進行納米陶瓷材料和納米顆粒增強金屬基復合材料的制備、超塑成形技術、金屬和塑料成形有限元分析軟體開發、塑料和超細粉體微零件成形技術的研究。

Ⅷ 天下3張凱鋒為什麼只要魔君的稱號

你做了新主線就知道了。。。因為他的一個部下。。

Ⅸ 張凱鋒建築設計怎麼樣

張凱鋒的設計手法擅長基於東方美學為基礎,運用現代和硬朗的材料詮釋華麗、藝術、時尚的形態表現,成功塑造了一個又一個具有東方韻味的現代商業空間,作品曾被《古典工藝傢具》《商業店鋪設計》等雜志登載;並為藝術衍生茶葉品牌彌紅舉辦了《留得青山在》、《虔》等裝置藝術展。實力作品成都武侯祠美術館,成都永陵博物館,成都碧草園會所,崇州文化館等。希望這些可以幫到你。