PITTSBURGH and ZURICH, Switzerland, April 3, 2013 (GLOBE NEWSWIRE) -- ANSYS, Inc. (Nasdaq:ANSS), a global innovator of simulation, and EVEN – Evolutionary Engineering AG ("EVEN"), a leading provider of composite analysis and optimization technology relying on cloud computing, announced today that ANSYS has acquired EVEN, which will become ANSYS Switzerland, a wholly owned subsidiary of ANSYS, Inc. The terms of the transaction were not disclosed. Headquartered in Zurich, EVEN has 12 employees and has been a partner of ANSYS, offering EVEN's composite technologies through a product called ANSYS ® Composite PrepPost™. This product is tightly integrated with ANSYS Mechanical™ in ANSYS Workbench™ and with ANSYS Mechanical APDL. EVEN also provides best-in-class engineering services in composites applications and in other areas in its fields of expertise.
Composites blend two or more materials that possess very different properties. Because they combine light weight, high strength and outstanding flexibility, composites have become standard materials for manufacturing in a range of industries, including automotive, aerospace, energy, marine, motorsports and leisure. As a result, the use of composites has grown dramatically in the last decade. This popularity has fostered the need for new design, analysis and optimization technology. Since EVEN is a leader in composite simulation, this acquisition emphasizes the high priority ANSYS is giving to this emerging technology. Composites pose many challenges for R&D teams that need to identify the appropriate formulation for a required use. To successfully produce layered composites, engineers must define the optimal material formula — which depends on the number of layers involved along with the thickness and relative orientation of each layer.
ANSYS Composite PrepPostis a pre- and post-processing solution for layered composite materials integrated into the ANSYS software portfolio. The solution empowers users to efficiently model the most complex composite structures and, at the same time, fully understand the potential failure of product models. Users can subject product designs to simple physical stresses and compute progressive damage, delamination and cracking. The technology's post-processing capabilities enable users to conduct in-depth investigations of ultimate product integrity and behavior. Users can view global results or conduct detailed analysis at the level of individual layers.
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