Aim of the course is training in the field of air conditioning and climate systems of off shore marine structures.
The first part of the course provides notions for the thermo-physical analysis of structures, the conditions of thermo-hygrometric comfort.
The performances of the buildings envelopes are analyzed on the basis of the estimation of the thermal loads, with reference to the regulations in force. In the second part of the course, the main notions for the design and sizing of the plants are provided in the last part of the course special plants are provided for marine technologies such as solar energy plants and desalination plants.
The first part of the course provides notions for the thermo-physical analysis of structures, the conditions of thermo-hygrometric comfort.
The performances of the buildings envelopes are analyzed on the basis of the estimation of the thermal loads, with reference to the regulations in force. In the second part of the course, the main notions for the design and sizing of the plants are provided in the last part of the course special plants are provided for marine technologies such as solar energy plants and desalination plants.
teacher profile teaching materials
-Environmental conditions of well-being Thermal comfort and air quality Thermophysics of off shore structures
-Heating systems: calculation of thermal loads.
- System components: boilers, radiators, radiant panels, distribution networks, expansion tank; Project of a thermal power station
- Motion of fluids and sizing of water distribution networks.
- Air conditioning system: calculation of the summer heat load, sizing of an all-air system with and without recirculation, and mixed systems.
- System components: refrigeration units, air handling units, fan coils, etc.
- Motion of fluids and sizing of air distribution networks.
- Design of system components for heating and air conditioning
editori ROBERTO DE LIETO VOLLARO, LUCA EVANGELISTI, GABRIELE BATTISTA, EMANUELE DE LIETO VOLLARO
EDIZIONI EFESTO
Programme
-Notes of Applied Physics-Environmental conditions of well-being Thermal comfort and air quality Thermophysics of off shore structures
-Heating systems: calculation of thermal loads.
- System components: boilers, radiators, radiant panels, distribution networks, expansion tank; Project of a thermal power station
- Motion of fluids and sizing of water distribution networks.
- Air conditioning system: calculation of the summer heat load, sizing of an all-air system with and without recirculation, and mixed systems.
- System components: refrigeration units, air handling units, fan coils, etc.
- Motion of fluids and sizing of air distribution networks.
- Design of system components for heating and air conditioning
Core Documentation
BOOK TITLED IMPIANTI TERMOTECNICIeditori ROBERTO DE LIETO VOLLARO, LUCA EVANGELISTI, GABRIELE BATTISTA, EMANUELE DE LIETO VOLLARO
EDIZIONI EFESTO
Type of evaluation
the exam will be the evaluation of a project whose theme will be assigned by the teacher during the course