CAJ | 학술논문

将短纤维增强注塑制品看作多层板并分析了注塑制品的有效弹性性能.采用Tandon-Weng模型计算了单取向短纤维增强复合材料的弹性性能,采用取向平均法计算了具有任意平面取向的单层板材料弹性常数,运用层合板理论建立了短纤维增强注塑材料的有效弹性模量计算模型.测定了特制试样中的纤维取向分布,计算了有效弹性模量,并与实验结果对比证明这种方法是有效的.
장단섬유증강주소제품간작다층판병분석료주소제품적유효탄성성능.채용Tandon-Weng모형계산료단취향단섬유증강복합재료적탄성성능,채용취향평균법계산료구유임의평면취향적단층판재료탄성상수,운용층합판이론건립료단섬유증강주소재료적유효탄성모량계산모형.측정료특제시양중적섬유취향분포,계산료유효탄성모량,병여실험결과대비증명저충방법시유효적.
The effective elastic properties of injection-moulded short-fibre-reinforced composites are analysed. For unidirectional orientation the model of Tandon-Weng is used. The orientation averaging procedure is used for arbitrary fibre orientation. Finally, the effective elastic properties are calculated based on the thin-laninate theory. The real fibre orientation distributions in a specially designed experimental component are measured and the effective mechanics parameters are calculated based on the measured datum. This method is validated by comparing calculated values with experimental results.