b'Figure 2. A multi-institution project ledspecialized instruments and expertise,To provide the venue of interactions by Jacob Eapen of North Carolinasuch as the high temperature steamamong the programs at universities, State University identified a try-layercorrosion and hydrothermal corrosionnational laboratories, and industries, the oxidation structure in SiC after a flowing steam exposure at 1,200C. With thein radiation environments, which havefirst SiC/SiC Project Information Exchange three-dimensional visualization by X-raylimited availability, and 4) technology& Coordination Meeting was co-organized computed tomography (XCT), the teamintegration for this novel fuel claddingby Yutai Katohfrom Oak Ridge National was successful in developing a phaserequires an extensive range of Laboratory (ORNL), Christian Deck from field model that describes the steam oxidation behavior. XCT was performedexpertise that can be covered onlyGeneral Atomics (GA), and Peng Xu by Prasun Majumdar of University ofby collecting expertise from diversefrom Westinghouse Electric Company South Carolina.technical disciplines.(WEC). The meeting was held for two 44 2019|AFC ACCOMPLISHMENTS'