描述烧结材料弹性模量的模型

July 16 Pub Date : 1982-07-16 DOI:10.1002/PSSA.2210720133
J. Jernot, M. Coster, J. Chermant
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引用次数: 23

摘要

实验表明,烧结金属材料的归一化弹性模量E/Em与归一化电导率γ/γm之间存在着简单的关系。最初建立的模型是用来描述烧结材料的电导率随孔隙率的变化,现在扩展到包括弹性模量。这个模型基本上是基于粉末颗粒之间接触次数的概念。实验结果表明,材料的弹性系数E/Em和导电性系数γ/γm之间存在简单的中心模量关系。非模型理论可建立地描述了材料材料的导电性演化和弹性模态的演化。该模型根据接触质点的概念、接触质点的概念、接触质点的概念来测试基本元素。
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Model to Describe the Elastic Modulus of Sintered Materials
It is shown experimentally that a simple relation exists between the normalized elastic modulus, E/Em, and the normalized electrical conductivity, γ/γm, for sintered metallic materials. A model established originally to describe the change in electrical conductivity of sintered materials with porosity is extended to include the elastic modulus. This model is based essentially on the concept of the number of contacts between powder particles. Nous avons constate experimentalement qu'il existe une relation simple entre le module d'elasticite relatif, E/Em, et la conductivite electrique relative, γ/γm, pour les materiaux metalliques frittes. Un modele theorique precedemment etabli pour decrire l'evolution de la conductivite electrique des materiaux frittes a ete etendu au module d'elasticite. Ce modele est essentiellement base sur la notion de nombre de contacts entre les particules de poudre.
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