• Refrigeration and its Importance
  02:24
• Air Conditioning and its Importance
  02:37
• History of Refrigeration and Air Conditioning
  03:01
• Thermodynamic System & Surrounding
  02:33
• Closed, Open & Isolated System
  05:25
• Thermodynamic Properties
  01:15
• Thermodynamic State, Process & Cycle
  05:24
• Reversible and Irreversible Process
  04:03
• Quasi Static Process
  01:56
• Types of Thermodynamic Process
  05:06
• Statement of First Law
  03:43
• Internal Energy
  02:18
• Enthalpy
  01:47
• Thermal Reservoir
  02:10
• Kelvin Plank Statement of Second Law
  01:51
• Concept of Heat Engine
  05:00
• Clausius Statement Of Second Law
  03:24
• Concept of Refrigerator
  05:00
• Concept of Heat Pump
  05:00
• Carnot Cycle
  04:32
• Carnot's Theorem
  05:00
• COP of Reversible Refrigerator
  05:00
• COP of Reversible Heat Pump
  05:00
• Concept of Entropy & its Physical Meaning
  02:29
• Clausius Inequality
  05:00
• Different Methods of Refrigeration-I
  06:18
• Different Methods of Refrigeration-II
  05:41
• Inroduction to Aircraft refrigeration Systems
  02:42
• Necessity in Cooling the Aeroplane
  04:01
• Classification of Air refrigeration Systems
  02:24
• Single Phased reversed Carnot Cycle
  05:00
• Limitation of Single Phased Reversed Carnot Cycle
  03:26
• 2 Phase Reversed Carnot Cycle
  04:43
• Limitations of Two Phased Reversed Carnot Cycle
  03:15
• Bell Coleman Cycle
  05:00
• Open and Dense Air System
  04:47
• Advantages and Disadvantages of Air Refrigeration Systems
  02:26
• Factors Affecting the selection of Refrigeration System
  03:50
• Simple Air Refrigeration System without Evaporative Cooling
  05:22
• Thermodynamic Analysis of ARS without Evap. Cooling
  06:41
• Simple Air refrigeration System with Evaporative Cooling
  06:38
• Bootstrap Air refrigeration System without Evaporative Cooling
  07:12
• Bootstrap Air refrigeration System with Evaporative Cooling
  06:30
• Regenerative Air refrigeration System
  05:13
• Reduced Ambient Air Refrigeration System
  05:00
• Performance of System using Dry and Moist Air
  05:49
• Single Stage Vapor Compression Cycle
  03:16
• Graphical Diagrams for Vapor Compression System
  04:39
• Analysis of Vapor Compression System-I
  07:47
• Analysis of Vapor Compression System-II
  06:47
• Standard Rating Cycle and Effect of Operating Conditions
  06:47
• Actual Vapor Compression Cycle
  06:35
• Advantages and Disadvantages of Vapor Compression Refrigeration Systems
  03:11
• Dry and Wet Compression
  04:00
• Liquid Subcooling and Vapor Superheating
  05:29
• Performance of Simple Vapor Compression Cycle-I
  06:43
• Performance of Simple Vapor Compression Cycle-II
  06:50
• MultiStage Vapor Compression System
  07:15
• Working of Single Stage Reciprocating Compressor
  02:11
• Equation of Work (Neglecting Clearance)
  05:00
• Best Value of Index of Compression
  02:09
• Clearance Volume
  02:04
• Equation of Work (With Clearance Volume)
  05:01
• Heat Losses during Compression
  02:28
• Efficiency of Compressor
  05:00
• Capacity Control Of Compressors at Variable Speed
  03:35
• Capacity Control Of Compressors at Constant Speed
  05:00
• Factors Affecting Compressor Performance
  02:41
• Performance Curves of Reciprocating Compressor
  02:21
• Roots Blower
  02:31
• Efficiency of Roots Blower
  05:00
• Vane Type Blower
  03:43
• Efficiency of Vane Type Blower
  05:00
• Lysholm Compressor
  02:49
• Comparison of Different Systems
  04:15
• Actual Air Conditioning System with Control
  04:47
• Intro to Vapor Compression System
  02:24
• Advantages of Multistage Vapor Compression Cycle
  03:25
• Two Stage Vapor Compression with Flash Chamber
  05:16
• Optimum Inter Stage Pressure
  05:00
• Effect of Compressor Efficiency on Inter Stage Pressure
  04:13
• Cascade Refrigeration System
  08:08
• Introduction to Vapor Absorption System
  03:10
• Working Principle of Vapor Absorption System
  03:22
• Requirements of Refrigerant and Solvents
  02:16
• Simple Ammonia Water Absorption System
  04:38
• Actual Ammonia Water Absorption System
  06:38
• Compression vs Absorption Systems
  03:04
• COP of Vapor Absorption System
  05:00
• LiBr Absorption Refrigeration System
  06:52
• Ammonia Water Absorption vs LiBr Absorption System
  02:57
• Theory of Mixtures
  04:51
• T-z and h-z Diagram for Binary Mixture
  05:21
• Adiabatic Mixing of Two Streams
  05:00
• Ammonia Sodium Thiocynate System
  05:11
• Three Fluid Absorption System
  03:05
• Working of Steam Jet Refrigeration System
  06:26
• Components of Steam Jet Refrigeration System
  04:11
• Analysis of Steam Jet Refrigeration Systems
  06:20
• Advantages and Disadvantages of Steam Jet Refrigeration Systems
  03:11
• Thermoelectric Refrigeration System
  05:28
• Analysis of Thermoelectric Refrigeration System
  05:00
• Advantage and Disadvantage of Thermoelectric Refrigeration System
  02:03
• Vortex Tube/Hilsch Tube
  04:18
• Pulse Tube Refrigeration System
  05:25
• Dry Ice and its Manufacturing
  05:40
• Linde System for Air Liquefaction
  05:21
• Claude System for Air Liquefaction
  04:45
• Cryogenics and its Applications
  05:31
• Introduction to Refrigerants
  02:27
• Classification of Refrigerants
  04:13
• Nomenclature of Refrigerants
  03:42
• Thermodynamic Properties of Refrigerants
  04:31
• Physical and Chemical Properties of Refrigerants
  05:52
• Important Refrigerants
  09:18
• Secondary Refrigerants
  04:25
• Effect of CFC on Ozone and Global Warming
  03:27
• CFC Free Refrigerants
  04:24
• Refrigeration Oils
  06:38
• Introduction to Psychrometry
  03:12
• Psychrometric Terms and Dalton's Law
  05:45
• Psychrometric Relations-I
  05:14
• Psychrometric Relations-II
  06:05
• Psychrometric Chart and Processes
  05:00
• Adiabatic Mixing of Two Streams
  03:06
• Sensible Heating and Sensible Cooling
  05:00
• Bypass Factor and Efficiency of Heating and Cooling Coil
  05:00
• Humidification and Dehumidification
  05:00
• Sensible Heat Factor
  05:00
• Cooling and Humidification
  05:00
• Cooling and Dehumidification
  05:00
• Heating and Humidification
  05:00
• Heating and Dehumidification
  05:00
• Introduction to Heat Load Estimation
  02:48
• Inside and Outside Design Conditions
  03:44
• Human Comfort Chart
  04:07
• Sources of Heat Load
  03:09
• Heat Gain Through Glass
  03:19
• Heat Gain Through Opaque Surfaces
  03:50
• Infiltration and Ventilation
  02:29
• Outside Air Load and Occupancy Heat Load
  02:50
• Equipment Selection and System Heat Gain
  03:05
• RSHF and ERSHF
  02:41
• Psychrometric Analysis
  05:00
• Psychrometric Analysis with Low RSHF
  05:00
• Psychrometric Analysis with All Outside Air
  05:01
• Partial Load Analysis
  03:06
• Winter Air Conditioning System
  05:00
• Introduction to Components of Refrigeration System
  03:00
• Scroll Compressor
  02:15
• Hermetically Sealed Compressor
  02:56
• Air Cooled Condenser
  03:36
• Water Cooled Condenser
  05:52
• Water Cooling Devices
  04:53
• Evaporative Condenser
  02:19
• Expansion Valves-I
  03:22
• Expansion Valves-II
  04:09
• Liquid Chilling Evaporator
  03:39
• DX and Flooded Evaporator
  02:58
• Introduction to Air Conditioning Equipments
  02:20
• Window Air Conditioner
  03:29
• Split and Package Air Conditioner
  05:05
• Central Air Conditioning System
  03:52
• Air Cleaner
  05:30
• Cooling Coil
  03:12
• Heating Coil
  03:13
• Humidifiers
  02:54
• Fans
  03:56
• Fan Balance and Control
  03:13
• Supply Air Duct
  03:20
• Flow through Duct and Frictional Losses
  05:00
• Equivalent Diameter of Circular/Rectangular Duct
  02:56
• Dynamic Losses
  05:00
• Ice Making Plant
  05:23
• Water Cooler
  03:12
• Deep Freezer
  03:35

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