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of an innovative numerical model to assess the theoretical impact of a DTIS in lightweight modular facades for decreasing overheating. WP3 – Geometric optimization: Definition of a new geometric configuration for
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will actively participate in the development of smart mobility studies within the specific context of urban last-mile logistics operations. They will be involved in modelling and simulation activities
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-AGROCIRN_MESTRE_2-BOLS-FEUP-26-32) by 24-09-2026 , accompanied by the following documents: Motivation letter, Copy of certificates evidencing academic degree (referring the classification of each separated
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real-time optimization algorithm for a simulated moving bed system to correct possible mismatches between the mathematical model and the real process. The approach to be developed is based on modifier
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the main objectives are: i) evaluation of the resilient and long-term permanent deformation cyclic behaviour; ii) evaluation of quality control parameters; iii) constitutive modelling geotechnical parameters
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for planning, network modeling, and resource scheduling, considering different usage perspectives and performance criteria; (ii) Contribute to the development and implementation of the different solution modules
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system available at https://www.apply.up.pt (Ref. NUTRILIX-BM-MEMBRANEDISTILLATION -BOLS-FEUP-26-17) by 27/08/2026, accompanied by the following documents: Motivation letter, Copy of certificates
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, Copy of certificates evidencing academic degree (referring the classification of each separated or integrated degree), detailed Curriculum Vitae; Declaration on honor that the candidate fulfills
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the following pdf documents: Motivation letter, Copy of certificates evidencing academic degree (referring the classification of each separated or integrated degree), detailed Curriculum Vitae; Declaration
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and to [email protected] , clearly stating the reference (FEUP- EcoCRETE3D_2026), including the following pdf documents: Motivation letter, Copy of certificates evidencing academic degree