نظرة عامة على البرنامج

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IMPIANTI TECNICI

Course Details

• Code: 60358
• Academic Year: 2025/2026
• CFU:
• Sector: ING-IND/11
• Language: Italian
• Location: Genova
• Period: 2nd Semester

Presentation

The course "Impianti Tecnici" refers to the definition provided for the course "Fisica Tecnica".

Objectives and Contents

Educational Objectives

The "Impianti Tecnici" module develops training related to heat transmission, analyzing the three main mechanisms: conduction, convection, and radiation. It considers applications to buildings and their systems. It introduces the principles of humid air thermodynamics and their applications to air conditioning systems, as well as surface and interstitial condensation phenomena. The introduction to electrical systems completes the course.

Detailed Educational Objectives and Learning Outcomes

Refer to what is defined for the annual course "Fisica Tecnica".

Prerequisites

Refer to what is defined for the annual course "Fisica Tecnica".

Teaching Methods

Refer to what is defined for the course "Fisica Tecnica".

Program/Content

• Heat exchange in buildings: Thermal balance for transparent walls; Thermal balance for opaque walls.
• Thermodynamics of humid air and Psychrometry: Psychrometric quantities and their relationships; Thermohygrometric comfort: Fanger's studies; Condensation in structures; Vapor diffusion, Surface condensation; Interstitial condensation: Glaser's theory; Vapor barriers.
• Air conditioning systems: Summer air conditioning; Winter air conditioning; Traditional heating systems.
• Elements of electrical systems: Impedances (R, L, C) and simple circuits; Star-triangle transformations; Kirchhoff's laws; Voltage drop in a conductor; Power factor correction; Active, reactive, and apparent power; The electric motor (asynchronous machine), the rotating magnetic field, motor operation, starting; Law 37/08, determination of fault current and earth resistance; Earthing systems, differential and magnetothermal protections; Lightning rods: verification of the self-protected volume; Design of lightning rods with a tip or cage.

Texts/Bibliography

Refer to what is defined for the course "Fisica Tecnica".

Teachers and Commissions

• Corrado Schenone
  • Office Hours: By appointment
• Johan Augusto Bocanegra Cifuentes
  • Office Hours: Reception of students by appointment. Contacts via email.

Examination Commission

• Davide Borelli (President)
• Corrado Schenone (President)
• Paolo Cavalletti
• Annalisa Marchitto
• Johan Augusto Bocanegra Cifuentes (Supplementary President)

Lessons

Start of Lessons

Lesson Schedule

The schedule for this course can be found at: EasyAcademy Portal

Exams

Examination Methods

Refer to what is defined for the course "Fisica Tecnica".

Verification Methods

The methods used to verify the achievement of the expected learning outcomes consist of the evaluation conducted during the exam, as well as the sharing of the results of the exercises carried out during the course.

The written test serves to verify the achievement of an adequate level of operational knowledge of the subject, allowing for effective practice of the discipline.

In the oral test, the theoretical understanding of the subject is verified through questions related to different topics covered in the lessons.

Exam Calendar

Exam Date	Time	Location	Type	Notes
15/01/2026	10:00	Genova	Written	Room G2B
22/01/2026	09:30	Genova	Oral
05/02/2026	10:00	Genova	Written
12/02/2026	09:30	Genova	Oral
04/06/2026	10:00	Genova	Written
11/06/2026	09:30	Genova	Oral
25/06/2026	09:30	Genova	Oral
25/06/2026	10:00	Genova	Written
09/07/2026	09:30	Genova	Oral
23/07/2026	09:30	Genova	Oral
10/09/2026	10:00	Genova	Written
17/09/2026	09:30	Genova	Oral

Other Information

Refer to what is defined for the course "Fisica Tecnica".

Agenda 2030

• Quality Education
• Clean and Accessible Energy
• Sustainable Cities and Communities