Efficient Engineering of Layered Composite structures
Composite materials are formed from the combination of two or more layered materials, each having very different properties. Composite materials have become a standard for manufacturing products that are both light and strong. Additionally, composites provide enough flexibility so that products with complex shapes, such as boat hulls or surfboards, can be manufactured.
Modeling the Composite Stackings and Orientations
ANSYS Composite PrepPost software provides all the necessary functionality for the analysis of layered composite structures. An intuitive interface efficiently defines materials, plies and stacking sequences. Materials can be accurately oriented on the structures using very flexible tools based on coordinate systems definitions.
Understanding the Product’s Performance
ANSYS Composite PrepPost software offers a wide choice of state-of-the-art failure criteria, along with post-processing capabilities to allow an in-depth investigation of product behavior. The results for the structure can be looked at globally, or viewed in detail down to the layer level, which enables users to identify accurately reasons a structure could potentially fail. Design iterations can easily be performed to take into account geometric changes or material variations.
Useful for the analysis of an end product, the draping capabilities of ANSYS Composite PrepPost software allow users to correctly identify the exact orientation of every layer of the composite. A flat-wrap capability and the ability to create ply books help in product manufacturing.
- Adding Composites Definitions to Assemblies
- Modeling Composite Stackings and Orientations
- Understanding Product Performance
- Toward Manufacturing
- 3-D Models for Thick Composites
Watch more videos on our YouTube channel.
For more information about ANSYS Composite PrepPost and what it can do to for you, call +353 (0)16 763 765 (Ireland) or +44 (0)844 212 5900 (UK)