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Benchmarking our FCM code against a commercial FEM code Implementation and Verification of new features in the code (e.g. boundary conditions, loadings) Participation in machining experiments and use
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or doctoral Degree in Communications/Electrical Engineering, Physics, or comparable disciplines Academic background with a focus on optical-wireless communication Experience with FEM-based electromagnetic
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system What you bring to the table You are studying mechanical engineering, physics or a comparable subject Initial knowledge of FEM simulation with programs such as Ansys is an advantage Ideally, you have
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using both classical and finite element methods (FEM). Review detailed part or assembly definition prior to production release. Examine structural or material discrepancies and create associated
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-mechanical processing. Some of these modeling tools include density functional theory (DFT), CALPHAD-based models, phase-field models, and finite-element models (FEM) to predict as-built microsegregation
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system What you bring to the table You are studying mechanical engineering, physics or a comparable subject Initial knowledge of FEM simulation with programs such as Ansys is an advantage Ideally, you have
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topology optimisation) and FEM analysis of compliant mechanisms; electromagnetic system modelling and simulation; multiphysics modelling and simulation; ball bearing loading/strength and stiffness analysis
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Yicheng Wang yicheng.wang@nist.gov 301.975.4278 Description The Fundamental Electrical Measurements (FEM) group has opportunities for engineers and physicists interested in precision measurements based
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comparable subject Experience in CAD software (e.g., Solidworks) & FEM Simulation Knowledge in Fuel Cell technology or interest in the topic A high degree of initiative, independence, and motivation
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without expensive die tryouts and new model development costs. In addition, CP-FEM (crystal plasticity-finite element method) modeling allows development of constitutive laws for new materials based