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INGEGNERIA CIVILE AMBIENTALE E MECCANICA
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  • Models for Materials with Microstructure
  • Mitigation strategies for enhancing structural resilience against earthquakes
  • High order schemes for compressible multiphase flow
  • Upgrade of aging hydraulic infrastructures to support water ecosystem services in regulated rivers
  • Multiscale numerical models for adhesion and friction of biological and bioinspired surfaces
  • Designing and upscaling nature-based solutions to address urban challenges
 
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Home | Ricerca | Dipartimento di eccellenza | Attività di ricerca PhDs 34° ciclo

Attività di ricerca PhDs 34° ciclo

  • Dipartimento di eccellenza
    • Attività di ricerca PhDs 34° ciclo
      • Models for Materials with Microstructure
      • Mitigation strategies for enhancing structural resilience against earthquakes
      • High order schemes for compressible multiphase flow
      • Upgrade of aging hydraulic infrastructures to support water ecosystem services in regulated rivers
      • Multiscale numerical models for adhesion and friction of biological and bioinspired surfaces
      • Designing and upscaling nature-based solutions to address urban challenges
    • Attività di ricerca PhDs 35° ciclo
    • Iniziative
    • Temi di ricerca
    • Persone
    • Risultati
  • Progetto Alveo Vecchio

Attività di ricerca PhDs 34° ciclo

Mitigation strategies for enhancing structural resilience against earthquakes Mitigation strategies for enhancing structural resilience against earthquakes

High order schemes for compressible multiphase flow High order schemes for compressible multiphase flow

Upgrade of aging hydraulic infrastructures to support water ecosystem services in regulated rivers Upgrade of aging hydraulic infrastructures to support water ecosystem services in regulated rivers

Multiscale numerical models for adhesion and friction of biological and bioinspired surfaces Multiscale numerical models for adhesion and friction of biological and bioinspired surfaces

Designing and upscaling nature-based solutions to address urban challenges Designing and upscaling nature-based solutions to address urban challenges

Models for Materials with Microstructure Models for Materials with Microstructure