Optimization of a Variable-Stiffness Composite Plate with a Central Hole

Application ID: 144551


This example demonstrates the optimization of fiber orientation in a variable angle tow (VAT) laminate to maximize stiffness under prescribed loading and boundary conditions. The composite laminate consists of a single layer of carbon–PEEK composite with transversely isotropic material properties.

The model showcases how curvilinear fiber paths can be used in a square plate with a central hole to achieve tailored stiffness and improved structural performance under specified loading conditions.

この model の例は, 通常次の製品を使用して構築されるこのタイプのアプリケーションを示しています.