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. This research will focus on the development of new physics based computational fluid dynamic models to be deployed on DoD leadership High Performance Computing (HPC) facilities leveraging exceptional resources
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(KY vs. MT) on the performance and physiology of beef heifers, specifically as it relates to fescue toxicosis and heat stress susceptibility. This study utilizes a combination of measures including
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developing stress resistance strategies through trait identification and stacking. Maintaining, evaluating, and utilizing grapevine germplasm. Growth and experimentation with grapevine. Use of high-performance
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/modifiers for asphalt binders and lubricants, research the separation process to produce high boiling FPO fraction, analyze their mechanical properties, and assess their performance evaluation. Resulting
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hydrodynamic systems including aquifers, watersheds, rivers, reservoirs, lakes, estuaries, harbors, coastal inlets, and wetlands. Physical facilities of approximately 1.7 million square feet and high-performance
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-automated processing pipeline capable of analyzing high-throughput plant phenotyping and soil-sensing data to extract key phenotypic traits. Advancing crop productivity within sustainable cropping systems
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challenges, while minimizing adverse effects on livestock and their associated environment. Feed availability is one of the largest hurdles to sustainable poultry production due to the high cost and
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manufacturing to facilitate the optimization and integration of Direct Ink Writing (DIW) and Laser Powder Bed Fusion (LPBF) techniques for producing high-performance ceramic coal-ash-derived-zeolite (CADZ
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the optimization and integration of Direct Ink Writing (DIW) and Laser Powder Bed Fusion (LPBF) techniques for producing high-performance ceramic coal-ash-derived-zeolite (CADZ) filters for strategic adsorption
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focused on improving dairy production systems, soil ecology, forage production, and ecosystem services. Research Project: The participant will have the opportunity to contribute to the modernization of high