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. The activities include the study of reactor configurations and energy conversion cycles, with the objective of identifying optimal solutions in terms of safety, efficiency, mass, and reliability
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execution of experimental tests on components, prototypes, and models; (iv) model calibration and performance validation, even using monitoring data; (v) costbenefit optimization and development
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to optimizing maintenance and risk management strategies, enhancing safety, resilience, and sustainability. Validation on real case studies will enable the definition of approaches for future large-scale adoption
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and parametric methodologies and models for the assessment and optimization of building performance, as well as for the design of envelope solutions oriented towards comfort, health, and sustainability