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research and analysis in the Army. US citizenship is required for this research opportunity. The successful candidate will assist with the development of novel nano-mechanical test methods for and
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performed in collaboration with other computational and experimental teams within ARL and academia. Qualified candidates should be US Citizens and have received their PhD in Materials Science, Mechanical
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the mobility, lethality, and survivability of the dismounted Solider. These materials will be designed to enhance biomechanics and reduce mechanical injury. Research themes include passive energy dissipating
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mechanical and thermal testing plus analysis of performance fibers. Testing will include materials such as Aramid and UHMWPE fibers which currently exhibit strength characteristics and therefore ballistic
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material response at the nano and microstructural levels during high loading rates. Track and validate multiscale deformation mechanisms in primarily polymeric materials, multilayer polymer composite
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of mechanisms and on generating concepts and emerging technologies that support lethality and protection systems. Applicants should have received an MS degree or higher in Mechanical or Chemical Engineering
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to meet the soldier’s technology needs for advanced weaponry and protection. Research is pursued in energetic materials dynamics, propulsion/flight physics, projectile warhead mechanics, terminal
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minimum collateral damages. Applicants for the research category should possess a Ph.D. in applied math, computer science, physics, engineering or a related discipline. Research in the second category may
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, projectile warhead mechanics, terminal effects phenomena, armor/survivability technologies, environmental chemistry, and advanced materials (energetic, metals, ceramics, polymers, composite/hybrids, and
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soldier’s technology needs for advanced weaponry and protection. Research is pursued in energetic materials dynamics, propulsion/flight physics, projectile warhead mechanics, terminal effects phenomena, armor