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Ansys and Vistagy have integrated Ansys 13.0 Composite PrepPost and FiberSIM 2010 composites-engineering software to enable quick, accurate exchange of lay-up information between design and analysis.

As a result, users can optimise parts, assemblies and structures more efficiently.

With composites quickly becoming more prominent in a variety of industries, including aerospace, automotive, wind energy and marine, both companies recognised the need for an integrated, bi-directional solution that allows stress engineers and designers to expeditiously exchange accurate composites data for laminate plies and fibre orientations.

Traditionally, designers and stress engineers have worked in very different environments that prevented efficient exchange of data, which slowed and limited the product-development process.

As a result of this integration, customers can conduct a faster and more iterative process for optimising composite parts; can ensure there is no disconnect between part certification and manufacturing since lay-up details can be validated by Ansys Composite PrepPost; and can be confident that analysis of the design model is accurate.

Software integration for optimising products

Ansys and Vistagy have integrated Ansys 13.0 Composite PrepPost and FiberSIM 2010 composites-engineering software to enable quick, accurate exchange of lay-up information between design and analysis.

As a result, users can optimise parts, assemblies and structures more efficiently.

With composites quickly becoming more prominent in a variety of industries, including aerospace, automotive, wind energy and marine, both companies recognised the need for an integrated, bi-directional solution that allows stress engineers and designers to expeditiously exchange accurate composites data for laminate plies and fibre orientations.

Traditionally, designers and stress engineers have worked in very different environments that prevented efficient exchange of data, which slowed and limited the product-development process.

As a result of this integration, customers can conduct a faster and more iterative process for optimising composite parts; can ensure there is no disconnect between part certification and manufacturing since lay-up details can be validated by Ansys Composite PrepPost; and can be confident that analysis of the design model is accurate.

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