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. The central aim of these projects is efficient computational method for wave propagation on complex geometry. We will use a novel and unconventional finite element method based on the Galerkin difference
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. This course focuses on machine applications, component analysis, load analysis, free body diagrams, analytical modeling, finite element analysis, failure modes, stress concentrations, failure theories, machine
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, including sensor integration and data communication An interest in, and relevant competencies in any or more of the following: finite element analysis, mechanical design and fabrication, mechanical/vibration
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with benefits. Qualifications 3 or more years Mechanical design experience focused on cost and manufacturability (Required) Experience in finite element analysis and mechanical simulation (Required
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) experience and demonstrated proficiency (SolidWorks preferred). Finite-element analysis (FEA) experience and demonstrated proficiency (e.g., Ansys or equivalent). Gas dynamical modeling expertise (e.g., using
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preferred). Finite-element analysis (FEA) experience and demonstrated proficiency (e.g., Ansys or equivalent). Gas dynamical modeling expertise (e.g., using MOLFLOW or equivalent Monte Carlo codes). Required
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Position Description: Purpose The Department of Neurosurgery invites applications for a full-time assistant professor to conduct clinical spine and biomechanics research with focus on finite element
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, press/shrink fits, reliability and uncertainty analysis, failure theories, fatigue, and fracture mechanics. Computational methods of analysis, such as finite elements analysis are covered as well
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experience in use of Finite element analysis and its application, familiarity with electric machines Contact: h.ghadbeigi@sheffield.ac.uk, m.i.boulis@sheffield.ac.uk Keywords: Manufacturing, Sheet forming
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Biomechanics (e.g., Finite Element Analysis, Computational Fluid Dynamics). (5) Biofabrication of hydrogel-based scaffolds. Cell-seeding of porous polymer (3D printed) scaffolds. (6) Support of animal model