| Abstract Scope |
The application of materials design principles to ultra-high temperature materials is essential to realizing the technological promise of these materials, especially the challenges associated with insertion of a novel material into mission critical applications. Given the crucial role of microstructural variability, uncertainty quantification is a critical element of any R&D campaign to find the next great UHTM. In this context, the ideas, tools, and data developed within the Materials Genome Initiative (MGI), can provide the capability make next generation UHTM a reality. The MGI has laid the groundwork for the application of ICME, UQ, and now AI to this important class of materials, and will continue to be relevant to the materials design community in a time of a rapidly evolving R&D landscape. |