Heating processes:

• Thermics in large buildings:
  optimization of the position of heat generators to minimise energetic loss

• Industrial oven
  -) spatial distribution of temperature to reduce thermal gradient inside heated products
  -) free convection and radiation in tube bundles

• Induction heating:
  transmitted power, circulation of induced currents
  
  
• Gas burner:
  optimization of the geometry to increase efficiency
  
  
• Drying processes:
  precise quantitative data of the transmitted power to glazes or paints
  
  
• Free convection and Joule effect in high tension
  

Cooling processes:

• Refrigeration/air-conditioning in large volumes
  
  

• Cooling with phase change considerations (solid/liquid/vapor) based on the thermodynamic diagram of the materia
  
  
• Optimization of the forced convection
  
  
• Cooling devices used in laboratories:
  temperature homogenization in a thermal enclosure
  
  
• Optimisation of cooling in electronic cards, with copper  interconnections, in LED devices