22:01
Solidworks Example - Modeling a Chess Bishop
18:59
Solidworks Example - Modeling a Rocket
13:11
Solidworks Example - Modeling a Mug
22:01
Example Problem - Rankine Cycle (5) - Closed Feedwater Heater (2)
42:04
Example Problem - Rankine Cycle (4) - Closed Feedwater Heater (1)
35:45
Example Problem - Rankine Cycle (3) - Open Feedwater Heater
04:17
Adding Regeneration to the Rankine Cycle
42:32
Example Problem - Rankine Cycle (2) - Rankine Cycle with Reheating
27:45
Example Problem - Heat Capacity (2) - "The Coffee Problem"
01:01:16
Example Problem - Rankine Cycle (1) - Simple Rankine Cycle
03:39
The Rankine Cycle
40:12
Heat Capacity
29:26
Example Problem - Heat Capacity (1)
37:22
Example Problem - Property Lookups (4)
20:17
Example Problem - Bernoulli's Principle
16:37
Example Problem - Conservation of Energy (2)
18:20
Example Problem - Conservation of Energy (1)
24:02
Pure Substances, Phases, P-v-T relationships
52:58
Example Problem - Property Lookups (2)
23:41
Example Problem - Property Lookups (1)
27:08
Example Problem - Property Lookups (3)
38:01
Example Problem - Conservation of Momentum (6)
09:39
Example Problem - Conservation of Momentum (5)
28:16
Example Problem - Conservation of Momentum (4)
24:57
Example Problem - Conservation of Momentum (3)
16:02
Example Problem - Conservation of Momentum (2)
09:52
Example Problem - Conservation of Momentum (1)
01:34
Enthalpy
50:57
Example Problem - Brayton Cycle as a Turbojet (Cold-Air Standard)
07:59
Brayton Cycle as a Turbojet
20:59
Example Problem - Brayton Cycle with Regeneration, Reheating & Intercooling (Non Cold Air Standard)
28:47
Example Problem - Brayton Cycle with Regeneration, Reheating & Intercooling (Cold Air Standard)
20:50
Example Problem - Brayton Cycle with Regeneration (Cold Air Standard)
11:50
Example Problem - Conservation of Mass (1)
14:31
Example Problem - Conservation of Mass (3)
27:58
Example Problem - Conservation of Mass (2)
02:14
Conservation of Energy Addendum - "Bernoulli's Principle"
09:02
Generating the Integral Relation for the Conservation of Energy
03:08
Generating the Integral Relation for the Conservation of Linear Momentum
03:37
Generating the Integral Relation for the Conservation of Mass
07:21
Getting out our toolbox, and the Reynold's Transport Theorem
15:32
Example Problem - Energy Balance (5) + Cycles
25:38
Example Problem - Energy Balance (3)
03:10
Example Problem - Energy Balance (4) + Cycle Analysis
07:30
Example Problem - Energy Balance (2)
17:18
Example Problem - Brayton Cycle (2)
50:38
Example Problem - Brayton Cycle (1)
04:13
The Brayton Cycle
15:11
Example Problem - Energy Balance (1), "Kitchen Sink"
15:08
Example Problem - Boundary Work of an Isobaric Process
01:44
Example Problem - Boundary Work of an Isochoric Process
17:11
Example Problem - Basic Work
14:56
Example Problem - Boundary Work of an Isothermal Process
10:58
Introduction to Work
22:44
Common Simplifications of Boundary Work
09:17
Example Problem - Boundary Work of a Polytropic Process
28:31
Example Problem - Buoyancy (3)
01:05:15
Example Problem - The Diesel Cycle (Cold Air Standard)
07:44
The Diesel Cycle
22:49
Example Problem - Car Going Uphill
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Thermodynamics doesn't have to be hard -- Watch tutorials, explanations, and examples with an emphasis on usefulness and clarity. If in doubt, do an energy balance.
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