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1 John Banhart.Manufacture,characterisatic and applicationof cellular metals and metal foams.Progress in MaterialsScience,2001;46:559
2 Banhart J,Fleck N.Celluar metals and metal foamingtechnology. International Conference on Celluar MetalsStructures, Berlin 2003
3 Ashby M F,Evans A,Fleck N A,et al.Metal Foams:ADesignGuide.Boston:Butterworh-Heinemann,2000; 217
4吴照金,何德坪,泡沫铝凝固过程中孔隙率的变化。科学通报,2000;45(8) :829
5吴照金,何德坪,泡沫铝孔结构的影响因素,材料研究学报,2000;13(6) :571
6郑明军,何德坪,戴戈,胞状铝合金凝固过程中固液两相区的附加力场。中国科学(B辑),2003;32(5) :472
7郑明军,何德坪,新型高比强胞状铝合金的压缩及能量吸收性能,材料研究学报,2002;16(5) :473
8何德坪,郑明军,申请专利号:CN1381606A
9 Hans-Wolfgang Seeliger.Application strategies for aluminum-foam-sandwich Parta.Metal Foams and Porous Metal Structures.Bremen MIT Bremen Publisher; 1999:29
10 Antonio Fuganti,Lorenzo Lorenzi, Arve Cronsund Hanssen,Aluminium foam for automotive Applications, Advanced Engineering Materials,2000;2(4) :200
11 Hans-Wolfgang seeliger.Manufature of Aluminium foam sandwich(AFS) Components. Advanced Engineering Materials,2002;4(10) :753
12尚金堂,何德坪,泡沫铝层合梁的三点弯曲变形。材料研究学报,2003;17(1) :31
13 Harte M A Fleck N A Ashby M F.The fatigue strength of sandwich beams with an aluminium alloy foam core. International Journal of Fatigue,2001;23:499
14杨东辉,何德坪,杨上闰,TiH2热分解反应动力学及铝合金熔体泡沫化研究,中国科学,2003
15 Gergely V, Curran D C, Clyne T W.Drainage of metallic foams: modelling and experimental observations. Cellular Metals and Metal Foaming Technology,Bremen: MIT Bremen Publisher,Bremen,2001
16 Goldshtein V, Goldfarb I,Shreiber I.Drainage waves structure in gas-liquid foam.IntJ.Multiphase Flow, 1996; 22(5) :991
17 Vlado Gergely,Bill Clyne,The formgrip process:Foaming of Reinforced Metals by Gas Release in precursors.ad-vancde Engineering Materials 2000;2(4) :175
Basic Information:
China Classification Code:TF124
Citation Information:
[1].[J].Modern Transportation and Metallurgical Materials,2004(01):7-11.
Fund Information:
国家自然科学重点基金资助项目(编号:50231010)
2004-02-29
2004-02-29