DS CATIA V5 6R2013 GA P3 x86 x64 with Documentation CATIA is Dassault Systemes Pioneer Brand and the World’s leading solution for Product Design and Innovation. Several thousands of companies in multiple industries Worldwide have already chosen the Virtual Design capabilities of CATIA products to ensure their products Real Success. CATIA delivers solutions for the enterprise from large OEMs through their supply chains to Small and Medium Businesses. Dassault Systemes announced the industry’s best multi-version compatibility, allowing V5 and V6 users to share and edit parts at the feature level. OEMs or suppliers in all industries gained the flexibility to modify and exchange designs, whether they are V5- or V6-native, as they progress through the design process. V5-6R2013 extends the scope of this capability to include features created in the Freestyle workbench. V6 parts created in V6R2013x containing features created in the Freestyle workbench can be transferred with all their specifications to CATIA V5-6R2013. V6 models can be transferred “as specifications” to V5, retaining features created in, for example, V6’s Part Design, Sketcher, Generative Surface Design, and Freestyle workbenches and knowledgeware. This extension demonstrates the continuing compatibility and synchronization between V5 and V6, as well as the enrichment of V5 solutions with select V6 technology. To continue to support this synchronization, this release now contains over 40 new Part Design, Sketcher, and Surfacing functions that were originally developed for CATIA V6R2013 and V6R2013x. CATIA Composites Fiber Modeler (CFM) CATIA best-in-class composite solutions integrate the design, analysis, and manufacture of structures made from fiber-reinforced materials. CATIA Composites Fiber Modeler (CFM), a new product in CATIA V5-6R2013, provides robust and accurate fiber simulation to optimize ply shapes and ensure accurate manufacturing. This proven and widely-used technology from Simulayt, acquired by Dassault Systemes in October 2011, is now fully integrated into CATIA V5. Real-world components incorporate awkward features like sharp corners, splits, and rapid changes in curvature. These requirements quickly trap fiber simulation tools that have not been developed with real geometry in mind. The Simulayt technology is routinely used to analyze complex surfaces, particularly in the aerospace, helicopter, and motorsport industries. For example, the majority of successful Formula 1 cars are developed using Simulayt technology.