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  • The Hydrology of Plants
  • Dynamics of thermally driven up-slope flows
  • Design of high-performance micro-structured materials by using the 3D printing technique
  • Global Optimization methods for the study of nanostructured thermoelectric materials
  • Effects of climate change and human exploitation on groundwater resources in a meso-scale watershed
 
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Home | Ricerca | Dipartimento di eccellenza | Attività di ricerca PhDs 35° ciclo

Attività di ricerca PhDs 35° ciclo

  • Aree tematiche
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  • Dipartimento di eccellenza
    • Attività di ricerca PhDs 36° ciclo
    • Attività di ricerca PhDs 35° ciclo
      • The Hydrology of Plants
      • Dynamics of thermally driven up-slope flows
      • Design of high-performance micro-structured materials by using the 3D printing technique
      • Global Optimization methods for the study of nanostructured thermoelectric materials
      • Effects of climate change and human exploitation on groundwater resources in a meso-scale watershed
    • Attività di ricerca PhDs 34° ciclo
    • Iniziative
    • Temi di ricerca
    • Persone
    • Risultati
  • Progetto Alveo Vecchio
  • Progetto HelpFood 4.0

Attività di ricerca PhDs 35° ciclo

Agricultural, Environmental and hydro-meteorological sciences and engineering Agricultural, Environmental and hydro-meteorological sciences and engineering

Dynamics of thermally driven up-slope flows Dynamics of thermally driven up-slope flows

Design of high-performance micro-structured materials by using the 3D printing technique Design of high-performance micro-structured materials by using the 3D printing technique

Global Optimization methods for the study of nanostructured thermoelectric materials Global Optimization methods for the study of nanostructured thermoelectric materials

Effects of climate change and human exploitation on groundwater resources in a meso-scale watershed Effects of climate change and human exploitation on groundwater resources in a meso-scale watershed