1) constitutive potential
孔洞长大率
2) void growth
孔洞长大
1.
The fracture process of metallic materials is affected by void growth and coalescence directly, most of the researchers supposed that metal is isotropic, but they ignored the factors of crystallographic orientation, inter- and intra-granular inhomogeneous deformation.
孔洞长大和聚合直接影响金属材料的断裂过程,以往的研究大多把金属当成各向同性的材料,未考虑晶体取向、晶内及晶间的不均匀塑性变形等因素。
3) Creep cavity growth theory
孔洞长大理论
4) growth of void
孔洞增长
1.
Nucleation and growth of voids in ductile materials subject to high pressure dynamic loading are important topics in the analysis of metallic damage in the mesoscale level.
对材料中微孔洞增长和成核的研究是从细观上分析金属层裂现象的重要手段。
5) void ratio
孔洞率
1.
By experimental study on flexural strength of industrial waste residua concrete perforated brick with different hole type and different void ratio the factors which effect its flexural performance has been analyzed and the suggestions to enhance its flexural strength have been proposed.
通过试验研究不同孔洞率、不同孔型的工业废渣混凝土多孔砖的抗折强度,分析影响抗折性能的因素,提出提高抗折强度的措施。
2.
Compression strength of perforated brick masonry is investigated with different materials,hole shapes, void ratio and dimension of brick.
25倍;同时考虑砖的尺寸和孔型时,P型圆孔多孔砖砌体抗压强度与M型矩形孔多孔砖的相同;多孔砖砌体抗压强度随着孔洞率的增加而减少。
补充资料：大率
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参考词条