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infrastructure like seaports. This appointment is hands-on, and the selected participant should have a background that allows them to understand data and multiphysics models of complex systems and translate them
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in complex military relevant environments to enable dynamic interactions depending upon current capabilities. Specifically, the opportunity will develop novel theories, develop experiments to validate
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propagation and/or imaging in complex battlefield environments. As signals propagate through the environment, they undergo effects due to atmospheric turbulence, atmospheric gradients, terrain, and other
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Experimentation. Aerosciences involves the study of complex flow phenomena of Army munitions across different Mach numbers and flow conditions. This includes research areas of vortex interactions, shock-boundary
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control surfaces. Prospective researchers will focus on multi-disciplinary systems-level approach to maximize the speed and accuracy while minimizing the complexity of adaptive hypersonic systems using
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of opportunities in expediting very complex designs to on-demand at the point of need manufacturing while presenting the unique challenges associated with the multidisciplinary and interdisciplinary researches