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Showing 1 to 4 of 4 for “"variable-stiffness laminates"”.

  1. Analysis of Tow-Placed, Variable-Stiffness Laminates

    … which is composed of such plies will have stiffness properties which vary as a function of position. Previous work had modelled such variable-stiffness laminae by taking a reference fiber path and creating subsequent paths by shifting the reference path. This thesis introduces a method …

    vt Repository record for Analysis of Tow-Placed, Variable-Stiffness Laminates (opens in a new tab)

  2. Finite element modelling and analysis of composite flywheel disk including effects of filament-winding mosaic pattern

    … in fibre orientation angles which generate stiffness variations and composite laminates with such stiffness variations are called variable-stiffness laminates. Thus, varying fibre trajectories should be modelled accurately to incorporate the actual stiffness variations for FEA of …

    unsw Repository record for Finite element modelling and analysis of composite flywheel disk including effects of filament-winding mosaic pattern (opens in a new tab)

  3. Finite Element Modeling of Tow-Placed Variable-Stiffness Composite Laminates

    … The result is a laminate with spatially varying stiffness and response. This manufacturing method can also result in overlap regions between adjacent tow paths. In previous research, a closed-form solution was developed to determine the response of these variable-stiffness laminates, but the …

    vt Repository record for Finite Element Modeling of Tow-Placed Variable-Stiffness Composite Laminates (opens in a new tab)

  4. Optimal Design of Variable-Stiffness Fiber-Reinforced Composites Using Cellular Automata

    … In the traditional design of composite laminates, fiber orientation angles are constant for each layer and are usually limited to 0, 90, and ±45 degrees. To fully benefit from the directional properties of composite laminates, such limitations have to be removed. The concept of …

    vt Repository record for Optimal Design of Variable-Stiffness Fiber-Reinforced Composites Using Cellular Automata (opens in a new tab)