1) inclusion shape
夹杂相形状
1.
This paper is on the effluence of the inclusion shape on the overall elastoplastic behavior of a two - phase isotropic composite .
本文从材料的微观结构出发,研究以可塑性材料为基体,随机分布的椭球形弹性颗粒为夹杂相的二相复合材料,考虑夹杂相形状对其宏观弹塑性性能的影响。
2) dot non-deformation inclusion
点状不变形夹杂
1.
The results showed that the macroscopic fracture was belong to brittle fracture;The flake crack caused by dot non-deformation inclusion and network carbide in the steel were the main reasons for brittle fracture of the cycloid gear,and it was verified in the production.
结果表明:摆线轮断裂属于脆性断裂,钢中点状不变形夹杂及网状碳化物超标是摆线轮脆性断裂的主要原因,并在生产中得到验证。
4) two-layered spherical inclusion
层状夹杂
5) cylindrical inclusion
柱状夹杂
1.
This paper studies the axisymmetric deformation of a wire containing a single cylindrical inclusion with uniform axisymmetric eigenstrain.
研究了丝状材料中含单一柱状夹杂轴对称本征应变问题 。
6) Heterophase inclusions
异相夹杂
1.
Heterophase inclusions produce inlaid stress to the matrix.
硫使钢产生“热脆”,异相夹杂物使钢基体产生嵌镶应力,对基体产生划伤、割裂作用,破坏机体的连续性。
补充资料:形状记忆合金加热相变过程
形状记忆合金加热相变过程
形状记忆台金(CuAll4Ni4)加热相变过程1.马氏体2.从中脊开始转变为母体3.4.马氏体逐渐缩小,鱼刺状结构最后消关
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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