As in conventional injection moulding, process simulation of micro-injection moulding (μIM) is a powerful tool for the optimization of the design of mould, parts and process. However, the miniaturized scale of the micro products introduces relevant challenges in terms of both validation and accuracy of the simulation results. In the present work, a...
As in conventional injection moulding, process simulation of micro-injection moulding (μIM) is a powerful tool for the optimization of the design of mould, parts and process. However, the miniaturized scale of the micro products introduces relevant challenges in terms of both validation and accuracy of the simulation results. In the present work, a...
As in conventional injection moulding, process simulation of micro-injection moulding (μIM) is a powerful tool for the optimization of the design of mould, parts and process. However, the miniaturized scale of the micro products introduces relevant challenges in terms of both validation and accuracy of the simulation results. In the present work, a...
As in conventional injection moulding, process simulation of micro-injection moulding (μIM) is a powerful tool for the optimization of the design of mould, parts and process. However, the miniaturized scale of the micro products introduces relevant challenges in terms of both validation and accuracy of the simulation results. In the present work, a...
Notre thème de recherche est parti du constat que les entreprises individuelles de moins de cinq salariés constituent la quasi-totalité des créations d'entreprises à Madagascar et qu’elles sont instables et éphémères. Nous les avons baptisées « petites entreprises de proximité » ou PEP, et appelé « imperfections » leur instabilité dans la durée, du...
Un problème que les enseignants de mathématiques rencontrent dans leurs classes est le désintérêt ou la peur de la part des élèves envers les mathématiques. Nous voulons montrer aux élèves que les mathématiques sont accessibles à tous. Les différentes activités mises en place dans nos classes de sixièmes, cinquièmes et secondes, mettent en relation...
Thermoplastic elastomers have been widely used in substitution for conventional rubber, given that the feedstock is cheaper, easier to process and recyclable. Its mechanical properties are similar, but when applied to sealing components its resistance is limited due to the chlorine present in water, therefore, it is interesting to develop a surface...
Thermoplastic elastomers have been widely used in substitution for conventional rubber, given that the feedstock is cheaper, easier to process and recyclable. Its mechanical properties are similar, but when applied to sealing components its resistance is limited due to the chlorine present in water, therefore, it is interesting to develop a surface...
Thermoplastic elastomers have been widely used in substitution for conventional rubber, given that the feedstock is cheaper, easier to process and recyclable. Its mechanical properties are similar, but when applied to sealing components its resistance is limited due to the chlorine present in water, therefore, it is interesting to develop a surface...
Thermoplastic elastomers have been widely used in substitution for conventional rubber, given that the feedstock is cheaper, easier to process and recyclable. Its mechanical properties are similar, but when applied to sealing components its resistance is limited due to the chlorine present in water, therefore, it is interesting to develop a surface...
