Savitribai Phule Pune University, Maharashtra, Mechanical Engineering Semester 6, Refrigeration and Air Conditioning Syllabus

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Unit - 1 Applications of Refrigeration and Air Conditioning and Refrigerants
1.1 Review of Simple Vapour Compression System
1.2 Trans Critical Cycle and its type
1.3 Ejector refrigeration cycle
1.4 Types of ejector refrigeration system
Unit - 2 Vapour Refrigeration Systems
2.1 Centrifugal Compressors
2.2 Reciprocating Compressors
2.3 Sizing of Compressor
2.4 Evaporator Standards Codes
2.5 Performance analysis of Dx evaporator
2.6 Condenser Standards Codes 
2.7 Air cooled Condenser
2.8 Shell and Tube type condenser
2.9 Evaporative condenser
2.10 Expansion device Standards and Codes
2.11 Expansion valve Operating Characteristics
2.12 Hunting of thermal Expansion Valve
2.13 Liquid Charge in the sensing bulb 
2.14 Cooling Tower
2.15 Cooling tower thermal performance and its efficiency
Unit - 3 Multiple pressure Refrigeration Systems
3.1 Copper Tubing and its size
3.2 Sizing Procedurefor Different Applications
3.3 Piping Design for reciprocating system check list
3.4 Size of Copper tube and Refrigeration load Basics of Pipe design
3.5 Pressure drop
3.6 Suction Lines
3.7 Liquid Lines
3.8 Discharge Lines
3.9 Capacity Control of Centrifugal Compressor
3.10 Capacity control of reciprocating compressor
3.11 Capacity Control of scroll compressor
3.12 Low Pressure Switch Cutout
3.13 High Pressure Switch Cutout
3.14 Low Temperature Control
3.15 Thermostat
3.16 Defrosting Refrigeration Piping
3.17 Over Load Protector
3.18 Oil Pressure failure control
3.19 Performance characteristics of the condensing unit and compressor capillary tube
Unit - 4 Psychrometry and Air conditioning load estimation
4.1 Thermal comfort and its basic parameters
4.2 Factors influencing Thermal comfort
4.3 Comfort discomfort diagram
4.4 Indoor Temperature
4.5 Dampness Relative humidity
4.6 Air Velocity
4.7 Essential Drivers of Indoor Air Problems Indoor Air contaminants
4.8 Strategies to improving Indoor Air Quality
4.9 Outdoor Air prerequisites for Occupants
4.10 The use of Outdoor Weather Data in Design
4.11 Outdoor weather characteristics and their influence
4.12 Natural ventilation
4.13 Mechanical Ventilation
4.14 Design of Air distribution system
4.15 Types of air distribution devices
4.16 Airflow pattern inside conditioned space
4.17 Stratified mixing flow
4.18 Cold air distribution
4.19 Spot coolingwarming
4.20 Selection of supply air outlets
4.21 Displacement flow
Unit - 5 Air Conditioning Systems
5.1 Load Calculations coil load of the system
5.2 Overall heat transfer coefficient of refrigerant
5.3 Time delay Method and Decrement factor
5.4 Techniques for evaluating cooling and heating loads
5.5 Cooling load calculations
5.6 Cooling Load Temperature Difference Method CLTD
5.7 Calculation Procedure using CLTD method
5.8 Total Heat Balance of Cooling System
5.9 Heating load computations
5.10 The Energy Conservation Building Code ECBC
Unit - 6 Air Distribution Systems
6.1 Desiccant cooling systems
6.2 Sorbents Desiccants
6.3 Dehumidification
6.4 Liquid Spray Tower
6.5 Solid Desiccant Systems
6.6 Solid Packed Tower System
6.7 Rotating Desiccant Wheel System
6.8 Hybrid Cycle
6.9 Evaporative cooling systems classification
6.10 Radiant cooling system
6.11 Thermal energy storage
6.12 HVAC For Cleanroom Facilities
6.13 Heat Pump
Download ME Sem 6 syllabus pdf
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Other Subjects of Semester-2
Mechatronics
Manufacturing process ii
Design of machine elements – ii
Numerical methods and optimization
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