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modelling with finite element methods of solar cell devices. Knowledge of some or all of the materials involved is an advantage. Specific Requirements Familiarity with SILVACO modelling of multijunction solar
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within the space between the grains). - Simulating mechanical behavior using, e.g., finite element methods. - Measuring mechanical performance at the sample scale. - Investigating mechanical behavior
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carrying out simulation analysis for vehicle and highway safety for vehicle applications. Responsibilities: Develops Finite Element (FE) models in the Vehicle Digitizing Lab; Performs the validation and
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the Graduate school of Solid and Structural Mechanics at Chalmers. Pursue your own doctoral studies related to the project Develop and implement material models, finite element codes, and calibration procedures
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with, enhance or replace established methods from computational engineering and computer simulation (such as the finite element method) to represent and exploit relationships along the composition
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, enhance or replace established methods from computational engineering and computer simulation (such as the finite element method) to represent and exploit relationships along the composition-process
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-physics systems, particularly thermal-mechanical analysis in metal additive manufacturing. Familiarity with finite element/finite volume methods, high-performance computing, and simulation data processing
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) and multiaxial regimes (tension–compression–torsion; axial–axial cruciform in-phase and anti-phase), using modal and dynamic analyses through finite element software, and experimental frequency analyses
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your own doctoral studies related to the project Develop and implement material models, finite element codes, and calibration procedures. Disseminate research both via journal publications, and via
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, combining finite element with boundary element and perfectly matched layer formulations. These models will be used to compute modal characteristics, as well as dispersion and attenuation curves of guided