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available and development of new processes when needed Characterization of the deposited films in terms of composition, crystallinity, morphology… using a range of spectroscopic, microscopic, X-ray etc
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research will benefit from appropriate analytical support to characterize the products using the numerous methods developed at the LRGP (micro-GC analysis, online mass spectrometry, atomic composition
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micro-gas turbines, additive manufacturing, and energy conversion. The PhD will primarily take place in the Nantes region. Research visits to the University of Sherbrooke will be organized throughout
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and lathes including a 5-axis HAAS VF2. The shop can produce precision machine work with tolerances to .001” for all types of metals, composites, plastics and woods. The shop has the capability to weld
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the following: Courses taken and background in some of the following areas: Advanced composites, Adhesion and surface modifications, Finite element methods, Materials modelling, Micro-test methods, Electronics
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robust temporal constraints on metamorphic processes. The position is part of a larger project in which the aim is to describe and quantify the textural and compositional characteristics of garnet growth
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solutions enabled by additive manufacturing. The position focuses on the formulation and optimization of magnesium-based alloys and composite materials with enhanced thermal conductivity for additive
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methods on large-scale microdata sets, in particular the comprehensive Danish micro-data, but other sources like lab and field experiments or other types of primary data like own surveys and secondary data
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project focuses on advanced characterization techniques (such as dynamic mechanical analysis, nano-/micro-indentation) for measuring the rheology and viscoelasticity of composites throughout
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, multilayer architectures, and the preservation of delicate micro- and nanostructures during macroscopic extrusion. Key Objectives Establish processing–structure–property relationships: Develop a deep