Stress Analysis of Unidirectional Fiber-Reinforced Composites:Part II. Transverse Loads

スポンサーリンク

概要

• 論文の詳細を見る

• The semi-microscopic stress state in the unidirectional fiber-reinforced composites subjected to the transverse normal loading, σ<SUB>ξ</SUB>, is calculated by the method which has often been employed in the authors' investigations. A new problem to be considered is the case where the transverse shear load, τ<SUB>xy</SUB>, applies. Because this is solved with Fourier sine series, the stress state under the σξ in an arbitrary direction in the transverse plane can be calculated. Some conclusions similar to the case of the longitudinal shear loading are obtained, e.g., geometrical parameters are more important factors than material parameters. Some different and more complicated trends of stress concentration factors under the σ<SUB>ξ</SUB> are also described in detail. Typical one of these trends is that maximum values of stress concentration factors do not always occur at the fiber-matrix interface.

• 日本複合材料学会の論文

日本複合材料学会 | 論文

• 表面近傍にCVD繊維を配したAl合金複合材料の疲労特性
• 傾斜機能材料の合成
• 金属基複合材料の研究動向
• PLA/PCLポリマーブレンドの相構造制御と破壊特性
• 結合力要素を用いたTi/GFRP積層板の疲労損傷進展シミュレーション

もっと見る

スポンサーリンク