To learn how to contribute please see our short Tutorial. The success of this effort critically depends on the participation of the community towards the generation of the contents that will aid the research in Materials Science and lightweight innovative design. The Cyberinfrastructure team created the infrastructure for web-based collaborative efforts. The intellectual property includes experimental data, material models and constants, computational tools and software artifacts, and the knowledge pertaining to multiscale physics-based models for selected properties and processes. Read more.Įfforts to realize this enormous and complex goal have catalyzed the development of the Engineering Virtual Organization for Cyber Design (EVOCD), which provides a cyberinfrastructure to accumulate and protect the intellectual property pertaining to selected aspects of materials science and engineering that is generated by the participants of the organization, to enforce the quality of that information, and to manage its complexity. Computational engineering accelerates materials development, integrates design and manufacturing, and unifies these with the engineering design optimization process, as well as efficiently employs greater accuracy in simulation-based design. Integrated Computational Material Engineering (ICME) is an emerging discipline transforming materials science. Engineering Virtual Organization for CyberDesign

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