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Prediction of tensile yield strength of rigid inorganic particulate filled thermoplastic composites

机译:刚性无机颗粒填充热塑性复合材料拉伸屈服强度的预测

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摘要

Advances in the study of the tensile yield strength of rigid inorganic particulate filled thermoplastic composites have been reviewed and brief comments on the existing expressions for predicting it have been made in the present paper. The mainfactors affecting the yield strength of such composites are: (i) the interfacial adhesion between the fillers and the matrix; (ii) the shape, size and its distribution of the fillers; (iii) the dispersion of the particles in the matrix. For factor (i),this depends on a large extent upon the properties of the matrix materials and the surface pre-treatment (or modification) of the inclusions. There have been relatively few theoretical descriptions of the tensile yield-strength behaviour for rigidparticulate-filled composites with interfacial adhesion lying between poor and good.
机译:综述了硬质无机颗粒填充热塑性复合材料拉伸屈服强度研究的进展,并在本文中对用于预测其的现有表达式作了简短评论。影响此类复合材料屈服强度的主要因素是:(i)填料与基体之间的界面粘合力; (ii)填料的形状,大小及其分布; (iii)颗粒在基质中的分散。对于因子(i),这在很大程度上取决于基体材料的性能和夹杂物的表面预处理(或改性)。关于刚性颗粒填充的复合材料的拉伸屈服强度行为的理论描述相对较少,界面粘合性介于优劣之间。

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