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around 3 main activities: • In situ characterization of microstructural changes in polymer composites during aging. • In situ characterization of the mechanical and fracture performance of polymer
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well as on shoulder and elbow surgery. In addition, the establishment of complex biomechanical load and fracture simulations is planned, enabling the mechanical effects of surgical interventions to be evaluated
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Applications are invited for a post-doctoral research associate (PDRA) position within the Mechanical and Geological Model Analogues (MAGMA) Laboratory in the Department of Earth, Ocean and
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the direct interaction between the acidified solution stored in the aquifer and the caprock. The following scenarios could be considered as the most representative of the hydro-chemo-mechanical interactions
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wear mechanisms, cutter degradation, and optimization of bit selection Drilling fluid challenges: (a) lubrication under high temperature, (b) cooling efficiency, (c) rheology in fractured crystalline
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | about 2 months ago
. This research may include analysis of regional and global stress fields for fracture formation. Mapping using Geographic Information Systems (GIS) tools can be used to constrain the mechanisms and stresses
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: Characterize recycled aluminium microstructures using SEM/EBSD, microCT, and in situ mechanical tests. Develop microstructure informed models of plasticity and fracture across length scales. Investigate how
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experience with manufacturing and testing of adhesively bonded carbon-fibre composite joints (i.e. tensile/compression testing, fracture mechanics). 2. Direct experience in the application of atmospheric
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, elasticity, electro and magneto-statics, porous media, microorganism swimming, fracture mechanics, analysis, statistics, mathematics education, and data science. We also serve our community by providing
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) (BI) is(are) open at the FCiências.ID – Associação para a Investigação e Desenvolvimento de Ciências, for the project/R&D institution “Rheology and fracture in epithelial tissues ”, “2024.15260.PEX