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sustainability in mechanical product development. A central aspect of this research will be the investigation and development of innovative mechanical design paradigms made possible by the integration
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the goal of net-zero emissions by 2050. SMRs are currently in development worldwide, with water-cooled reactors foreseen to be deployed first. However, for the Belgian SMR, liquid Lead (Pb) is the coolant
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these conditions, long term creep and shrinkage/swelling processes drive the evolution of mechanical stability of the material. The primary objective of this PhD is to enhance existing theoretical and numerical
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: Developing state-of-the-art neural networks to accelerate the development of formulations in the pharmaceutical sector. Collaborating on the implementation of these techniques within a company. Contributing to
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Sciences; research skills; interest in inclusive education and socio-emotional development; proficiency in French (English is an asset). Benefits: Tax-free fellowship, international collaborations
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/mod/aboutand our linkedIn page: linkedin.com/showcase/lmsd-kuleuven/. The PhD will be co-supervised by prof. Varvara Kouznetsova (https://www.tue.nl/en/research/researchers/varvara-kouznetsova ) from
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environmental transition, ULiège supports students to fulfil their roles as responsible citizens (training in sustainable development, Green Office, etc.) and promotes ethical, multidisciplinary and open research
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will apply these technologies to unravel the causal circuits driving the development and the functional specialisation of the immunosuppressive TAMs. We will focus on the crosstalk between cancer
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involved in the social and environmental transition, ULiège supports students to fulfil their roles as responsible citizens (training in sustainable development, Green Office, etc.) and promotes ethical
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supports students to fulfil their roles as responsible citizens (training in sustainable development, Green Office, etc.) and promotes ethical, multidisciplinary and open research. ULiège is committed