b'ADVANCED MATERIALS AND MANUFACTURING FOR EXTREME ENVIRONMENTSINL recognizes the need for new materialswith real-world impact is an excellent that can perform in extreme environments,opportunity for cross-initiative coordination such as radiation, high temperature,leveraging the multi-program capabilities corrosive, high strain-rate deformation,at INL. By leveraging existing expertise or explosive environments. Advancedin materials research and development manufacturing techniques are needed tofor extreme environments coupled with develop many of these materials, but theseinnovation in advanced manufacturing, INL techniques have not yet been appliedwill initiate a paradigm shift to digital design broadly to materials for new nuclear fuelsand manufacturing, away from the traditional for advanced reactor designs, lightweightdesign-build-test approach. Advanced materials for extreme environments,manufacturing allows simultaneous or advanced survivability or protectivefabrication and process monitoring and materials. In addition, the capabilities tocontrol and it is ideally suited to support INL strategically design materials for extrememission area needs for the development of environments do not currently exist. Thisnew nuclear fuels for advanced reactor fuel tremendous fundamental science challengedesigns, lightweight materials for extreme environments, and advanced survivability/protective materials.91'