| INDUSTRIAL ENERGY SYSTEMS
(objectives)
The course starting from the basics of heat transfer and applied thermodynamics, discusses the principles of energy transfer and conversion as well as the main thermodynamic cycles of engineering interests, in order to analyse processes, equipment, and plant configurations utilised in energy conversion systems in the industrial domaine.
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Code
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20810128 |
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Language
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ITA |
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Type of certificate
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Profit certificate
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| Module: HEAT TRANSFER MODULE I |
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Code
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20810128-1 |
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Language
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ITA |
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Type of certificate
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Profit certificate
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Credits
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6
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Scientific Disciplinary Sector Code
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ING-IND/11
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Contact Hours
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48
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Type of Activity
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Core compulsory activities
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| Module: ENERGY SYSTEMS MODULE II
(objectives)
The course analyzes fluid motion and energy processes of systems. Aim of the course is to teach students methodologies that, moving from the scientific content of thermodynamics and fluid-dynamics, lead to engineering tools that are used to describe processes involving changes in pressure, temperature, transformation of energy into work and heat, and the relationships between heat and work. Such engineering tools are general because no hypothesis is made concerning the structure and type of problem. The energy processes that convert heat from available energy sources, such as chemical fuels, into work are the major concern of this course that consists of a number of analytical and theoretical methods which may be applied to machines to industrial power, heating and cooling (refrigeration) systems.
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Code
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20810128-2 |
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Language
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ITA |
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Type of certificate
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Profit certificate
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Credits
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6
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Scientific Disciplinary Sector Code
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ING-IND/08
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Contact Hours
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48
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Type of Activity
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Core compulsory activities
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Teacher
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PALMIERI FULVIO
(syllabus)
Hydraulics
Reference flow conditions in hydraulics Flow through orifices The "discharge coefficient CD " Laminar flows in hydraulic components
Valves Pressure relief valve Pressure reducing valve Flow control valve RQ2 type Flow control valve RQ3 type Continuous positioning valves and characteristics Hydraulic manipulators Servo and proportional valves Nozzle-Flapper Servo valves
Actuators Classification and characteristics of linear and rotary actuators
Pumps Classification of pumps Pressure Level Flow regularity Variable pump displacement Considerations on the Cost/Performance ratio
Mechanical and volumetric losses in hydraulic pumps and motors Wilson’s loss model
Fluids, accumulators, pipes, and hoses Functions of the fluid in hydraulic systems Definition and characterization of fluid bulk fluid bulk compressibility Filtration Thermal conditioning Accumulators Piping
Systems Fixed-flow supply system Fixed-pressure supply system Hydrostatic transmissions "Load-sensing" systems “Automotive-control” for hydrostatic transmissions Flow dividers Continuous positioning flow dividers Gear dividers
Closed-loop control of linear and rotary actuators Linearization of hydraulic systems Canonical characterization of the first and second order systems PID Industrial controllers Valve-controlled hydraulic systems
Pump-controlled hydraulic systems Hydraulic systems and mechatronics Design of a hydraulic system performance simulation simulation under steady and transient conditions in AMESim® environment
Pneumatics
Basics and reference flows in the operation of pneumaticcomponents Flow through orifices Charge and discharge of a capacity Dynamics of pneumatic jacks
Systems for generation and distribution of compressed air, common components Compressors Valves Actuators Groups for the treatment of compressed air Demisters Filters Generation-Conditioning groups
Functional and logical management of pneumatic systems Movement-phase diagrams Grafcet diagrams Solutions for the control of two or more pneumatic actuators and issues related to the onset of block-ing signals Auxiliary memory Cascade of memories Pneumatic sequencers Relay-based systems PLC-based systems
Systems Fixed flow supply systemtem Fixed pressure supply system Hydrostatic transmissions "Load-sensing" systems The “Automotive The “Automotive-control” for hydrostatic transmissions Flow dividers Continuous positioning flow dividers Gear dividers
Closed-loop control of linear and rotary actuators Linearization of hydraulic systems
Canonical characterization of the first and second order systems PID Industrial controllers Industrial controllers " "VValvealve--controlled"controlled" hydraulic shydraulic systems ystems " "PPumpump--controlled"controlled" hydraulic shydraulic systems ystems Hydraulic systems Hydraulic systems andand "mechatronic"mechatronicss"" Training on design Training on design of hydraulic systemsof hydraulic systems Design of Design of a hydraulic system anda hydraulic system and performance performance simulation simulation underunder stationary and dynamic stationary and dynamic conditions in conditions in AMESim®AMESim® environmentenvironment Pneumatics Pneumatics Basics and reference flows in the operation Basics and reference flows in the operation of of pneumaticpneumatic componentscomponents Flow through orifices Flow through orifices Charge and discharge of a capacity Charge and discharge of a capacity Dynamics of pneumatic Dynamics of pneumatic jacksjacks Systems for Systems for generation and distribution of compressed airgeneration and distribution of compressed air, common components, common components C Compressorsompressors V Valvesalves A Actuatorsctuators Groups for the treatment of compressed air Groups for the treatment of compressed air Demisters Demisters Filters Filters Generation Generation--Conditioning groupsConditioning groups Functional and logical management of pneumatic systems Functional and logical management of pneumatic systems Movement Movement--phasesphases diagramsdiagrams Grafcet Grafcet diagramsdiagrams Solutions for the control of two or more pneumatic actuat Solutions for the control of two or more pneumatic actuators and issues related to the onset ors and issues related to the onset of blocking signalsof blocking signals A Auxiliary memoryuxiliary memory Cascade of memories Cascade of memories Pneumatic Pneumatic sequencerssequencers Relay Relay--based systemsbased systems PLC PLC--based systemsbased systems
(reference books)
-N.NERVEGNA “OLEODINAMICA E PNEUMATICA” ED. POLITEKO, TORINO -G. BELFORTE, A.M. BERTETTO, L. MAZZA “ PNEUMATICA” ED. TECNICHE NUOVE, MILANO
-Learning material by the teacher
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Dates of beginning and end of teaching activities
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From 23/02/2026 to 05/06/2026 |
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Delivery mode
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Traditional
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Attendance
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not mandatory
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Evaluation methods
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Oral exam
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