Guia docente 2024_25 Escuela de Ingeniería Industrial

Máster Universitario en Enxeñaría Industrial

Contents

Topic	Sub-topic
0. REVIEW OF THERMODYNAMICS AND HEAT TRANFSER CONCEPTS	1. Energy, work and heat 2. Mass and energy analyses of closed systems and control volumes 3. Reversible thermal engines, refrigerators and heat pumps 4. Heat transfer mechanisms 5. Thermal resistance concept
1. PSYCHROMETRICS	1. Moist air 2. Psychrometric properties 3. Psychrometric Charts
2. PSYCHROMETRIC PROCESSES	1. Introduction 2. Adiabatic mixing of two streams 3. Condition line and sensible heat ratio 4. Sensible heating or cooling 5. Cooling and dehumidification 6. Heating and humidification 7. Adiabatic humidification 8. Heating and dehumidification
3. DESIGN CONDITIONS IN AIR CONDITIONING SYSTEMS	1. The indoor environment 1.1. Human heat exchange with its environment 1.2. Thermal comfort 1.3. Other conditioning factors of the indoor environment 1.4. Indoor design conditions 2. Outdoor conditions 2.1 Variables that define the ambient environment 2.2 Outdoor design conditions for summer 2.3 Outdoor design conditions for winter
4. THERMAL LOADS IN AIR CONDITIONING SYSTEMS	1. Introduction 2. Basic concepts: space, zone and building 3. Types of cooling thermal loads 3.1. Thermal loads through walls 3.2. Thermal loads through glazed surfaces 3.3. Ventilation thermal load 3.4. Infiltrations 3.5. Lighting 3.6. Occupancy 3.7. Industrial machinery or processes 3.8. Thermal loads associated with the system 3.9. Total thermal loads. Safety coefficient. 4. Heating thermal loads
5. AIR CONDITIONING SYSTEMS	1. Types of systems 2. Air systems 2.1. Basics 2.2. Description of the system and components 2.3. Calculations 3. Water systems 3.1. Basics 3.2. Description of the system and components 3.3. Calculations 4. Air-water systems 4.1. Basics 4.2. Description of the system and components 4.3. Calculations 5. Direct expansion systems 5.1. Basics 5.2. Description of the system and components