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欧盟地平线项目 法国-瑞典 全奖博士
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Development of digital tools for sustainable textile process & products 欧盟地平线项目，三年博士全奖，法国国家农业食品与环境研究院 （南特）和瑞典国家研究所共同培养，利用计算机建模开发可持续纤维制品 有任何问题可以联系导师 Sofiane Guessasma sofiane.guessasma@inrae.fr 1. Background The clothing industry is a major contributor to environmental pollution due to issues like dyes, microplastics, poor recycling, and the transportation impacts. In response to this, the European project UPWEARS, which involves 15 international partners, aims to produce prototypes of recyclable smart clothing with limited environmental impact. One of the primary goal of UPWEARS is to develop digital framework for predicting sustainable European e-textile process outcome and product performance. This objective involves biosourced matrices and composites evaluation, finite element (FE) computations, topology optimisation, and additive manufacturing process simulation. The PhD candidate will work in close collaboration with RISE. FE-based structural analysis tool for textile & composites will be used to numerically simulate the multi-scale and multi-physics nature of the textiles and their composites. These models will guide product design to achieve zero-defect products. Different constitutive models will be developed based on structural mechanics, transfer, thermal, and electric conductivity physics for fibre, yarn, textile, and composites to bridge the gap between the micro- and meso-scale and meso- and macro-scale performance modelling. The complexity of the models may enforce some level of simplification where homogenised models will be considered as alternatives if computational efficiency would be challenged. This activity requires different sets of data to be collected from the multiscale characterisation tests planned from several partners such as SCION, CITEVE, UBS, SOLEIL, and UBFC. Main missions The main objectives are: — Developing a numerical framework to reach zero-defect products according to performance and durability criteria; — Implementing multi-scale and multi-physics finite element computations to predict the performance of e-textiles at different length scales; — Gaining a deeper understanding of the variability effect of biosourced martials in the behaviour of e-textiles and composites to maximise their performance; — Optimising large-scale AM of recovered polymers from e-textiles using process simulation with respect to energy consumption and part quality. Such optimisation will involve sequential thermal-stress analyses; — Participating in the consortium meetings, dissemination activities (scientific publications, workshops, science or public fairs, first-hand demonstrator Candidate background We are looking for a highly motivated PhD candidate to work in an international environment with partners in Sweden, Italy, Portugal, Belgium, UK and New Zeeland. The candidate would preferably possess a strong background in numerical modelling and/or engineering process simulation with an additional expertise in material/mechanical science being advantageous. In addition, knowledge of textiles, natural fibres and testing techniques dedicated to mechanical, thermal, transfer analysis, as well as large instruments will be much appreciated. |
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