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高比强多孔铝合金
相关语句
  high specific strength porous al alloy
     Performance of hollow cylindrical sandwich with high specific strength porous Al alloy core under compression
     高比强多孔铝合金中空层合圆管的压缩性能
短句来源
  porous aluminum alloy with high specific strength
     Study on compressive deformation of porous aluminum alloy with high specific strength
     高比强多孔铝合金的压缩变形性能
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  相似匹配句对
     V. C.
     V.C;
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     Giraffes Are taller Than Camelsc
     长颈鹿骆驼
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     Educational Background Higher Than His
     我的学历
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     The flexural strength and specific modulus were moderately high.
     ℃,复合材料的弯曲度和模量较;
短句来源
     Preparation of Porous Starch
     多孔淀粉的研制
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A new type multi-components porous Al alloy with high specific strength was fabricated by infiltration method. The deformation behavior and energy absorption property of porous Al alloy were studied under uniaxial compressive loading condition. The influences of uniformity of cell wall, porosity and heat-treatment on properties were investigated. The results showed that the compression and energy absorption property of porous Al alloy were increased significantly by improving the uniformity of cell wall and...

A new type multi-components porous Al alloy with high specific strength was fabricated by infiltration method. The deformation behavior and energy absorption property of porous Al alloy were studied under uniaxial compressive loading condition. The influences of uniformity of cell wall, porosity and heat-treatment on properties were investigated. The results showed that the compression and energy absorption property of porous Al alloy were increased significantly by improving the uniformity of cell wall and applying heat-treatment, and the compressive strength can be increased by decreasing porosity of porous Al alloy.

采用渗流法制备了新型多组元、高比强多孔铝合金,研究了合金的单向压缩变形特征和能量吸收性能,讨论了孔壁厚度均匀性、孔隙率和强化热处理对性能的影响。结果表明;提高多孔铝合金的孔壁厚度的均匀度和强化热处理都显著提高多孔铝合金的压缩吸能性能;随着孔隙率的降低多孔铝合金的压缩强度增加。

The hollow cylindrical sandwich with high specific strength porous Al alloy core was prepared. The stress-strain curves of the sandwich were measured and the properties of hollow cylindrical sandwich were investigated. The results show that the stress-strain curves of the sandwich consist of elasticity, collapse plateau and densification segments.The densification strain of the hollow cylindrical sandwich can be expressed by using that of porous Al alloy. The energy absorption property was obtained from the...

The hollow cylindrical sandwich with high specific strength porous Al alloy core was prepared. The stress-strain curves of the sandwich were measured and the properties of hollow cylindrical sandwich were investigated. The results show that the stress-strain curves of the sandwich consist of elasticity, collapse plateau and densification segments.The densification strain of the hollow cylindrical sandwich can be expressed by using that of porous Al alloy. The energy absorption property was obtained from the stress-strain curves. The energy absorption capacity is higher than the sum of that of the Al alloy tube and the porous Al alloy core. The energy absorption efficiency is higher than 60%.

研制了高比强多孔铝合金中空层合圆管,测试了层合圆管的压缩应力—应变曲线,并研究了其性能。结果表明:层合圆管的压缩形变过程经历3个阶段,即线弹性阶段、屈服平台阶段和紧实阶段;紧实应变可用多孔铝合金的紧实应变表示;由应力—应变曲线计算出层合圆管的能量吸收性能,发现其吸收能量超过铝合金空管和中空多孔铝合金吸收能量之和;同时其吸能效率高于60%。

 
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