AER11001b Thermodynamics
Semester 2 lectures
15:12
7a Introduction to course
06:40
13.7 Refrigeration cycle examples
14:16
13.6 Refrigerators and heat pumps
07:03
13.5 Examples of Carnot efficiency
09:02
13.4 The carnot cycle
11:28
13.2 Carnot efficiencies
07:10
13.3 Diagrams and work
09:33
13.1 power cycles
12:06
11e Some more equations with entropy
09:40
11c Basic equations for entropy.
08:38
8b tables
14:22
old 7a
16:03
12g Example of throttle and HX
16:46
10c Closed system examples
05:16
8e1 Examples of gas laws 1
05:01
Jet Engine Reassembly
10:29
11b Introduction to the second law 2
13:28
11a Introduction to the second law
20:44
7b Introduction to Thermodynamics
20:02
14c Brayton cycle with inefficiencies
16:48
14b Example of Brayton cycle
19:01
12d Second law examples: Compressor and Nozzle
16:13
14a The Brayton cycle
00:13
Kid falling off bike in reverse
11:14
10e Open system examples
09:10
8d Linear interpolation
10:24
8b Ideal gas laws
15:27
8a Liquids, gases, and steam diagrams
18:03
7 c Thermodynamics basics and units
11:39
11b Reversibilities and irreversibilities
10:14
11a Introduction to the Second law of Thermodynamics
11:40
11c Efficiencies and the T-s diagram
23:02
11e Equations for entropy
11:31
11c Second law processes and the T-s diagram
15:14
12f Heat exchangers
10:37
9c Specific Heat Capacities
06:54
10d Open Systems and the SFEE
15:52
10b Polytropic processes
08:34
10a Introduction to closed systems
17:25
9a The energy equation
12:39
12e Throttle valves, enthalpy and entropy
12:08
12c Nozzles and diffusers
15:43
12b Turbines and compressors and the second law
06:03
12a Introduction to steady flow devices
16:05
9b Four equations from one
Semester 2 lectures