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experimental validation of high-performance polymer composite systems. This position resides in the Composites Innovation Group in the Manufacturing Science Division, Energy Science and Technology Directorate
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. MSTD conducts world-leading research on metallic, ceramic, and composite materials for harsh environments with emphasis on materials for nuclear energy, fusion, combustion, space, transportation, and
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to convey their requirements for I/O performance and data atomicity, consistency, durability, and retention. Intelligent and automated selection and composition of data and storage service capabilities and
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of controlled composition and structure. The individual selected for this position will be responsible for exercising and maintaining fabrication capabilities. They will be encouraged to engage with staff within
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Materials & Manufacturing Technology Office (AMMTO) and Industrial Technologies Office (ITO) and cover the topics like smart manufacturing, additive manufacturing, carbon fiber and composites, energy-water
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downstream performance in fiber-reinforced composites and biopolymers. Contribute to the design of integrated model-experiment (ModEx) and forecasting workflows that guide trait selection, experimental
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of materials across metallic, ceramic, and composite systems. The Material Processing research in MSTD supports missions for multiple program offices within the U.S. Department of Energy (DOE), including: Office
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of materials across metallic, ceramic, and composite systems. The Alloy Behavior and Design research in MSTD supports missions for multiple program offices within the U.S. Department of Energy (DOE), including
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design for manufacturing. Focus areas include: rotors, motors, bearings, suspensions, composites, vibrations, and containment safety design. Progress new designs through various stages of testing toward