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to the application of computational mechanics techniques and numerical simulations for the study of green hydrogen geological storage systems. For the development of this line of research and the achievement of its
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of the cybersecurity and artificial intelligence mechanisms necessary for the technological platform. • Collaboration in the integration into the platform of a system for the management of data collected through digital
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bioabsorbable device. This entails synthesizing biocompatible combinations of biopolymers and conducting comprehensive studies on biocompatibility, toxicity, mechanical properties, inflammatory response, and drug
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at offering personalised services to informal carers. • Support in the definition and implementation of the cybersecurity and artificial intelligence mechanisms necessary for the technological platform
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financed by the Recovery and Resilience Mechanism. "Funded by the European Union - NextGenerationEU". PRTR. Component 17, investment I3. BDNS: 598843 Job title: PLAGEMIS Research line / Scientific-technical
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oriented to the investigation of the mechanical behaviour of bituminous mixtures and other materials for road pavements or other transport infrastructures. He/she will also interpret and analyze the data
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structures with robotic arm. * Support in the development of parametric design algorithms for wooden structures. * Support laboratory tests to evaluate mechanical properties. * Work meetings and presentation
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policies and actions of research management for all members of the Network of R+D+i centers. • Develop simplification mechanisms in the different research centers and units. • Share the experiences, good
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the aeroelastic response of a free to-oscillate 3:2 RC. g) Analysis of the galloping response under turbulent flow considering nonlinear mechanical behaviour between loads and displacements. The duration