At the end of the course the student has acquired the basic knowledge on applied thermodynamics and transport phenomena. He/she has acquired the skill to solve basic engineering problems in the field of applied thermodynamics and heat transfer.
Knowledge about subjects of the courses Calculus (analisi matematica) and Physics (Fisica generale).
Teaching takes place through lectures and exercises.
The examination consists of two parts: the preparation of an end-of-course report on a subject previously approved by the course leader and an oral test. Both tests are compulsory. The report will have to be delivered before the oral test. The report could be developed into a thesis.
Thermodynamic systems. 1st law of thermodynamics. Entropic postulates. Intensive and extensive variables. State equations, specific heats. Properties of the ideal gas. Diagrams of state. Thermodynamic engines. Open systems. Gas and vapour cycles. Psychrometry. Heat conduction under stationary regime and variable regime (concentrated capacities). Heat transfer through convection. Heat exchangers.
In the event of provisions from the competent authorities, the teaching may undergo changes compared to what is stated in the syllabus to bring the course and exams in line with the provisions.
