https:m media-amazon com:images:I:81ErW6ZbFPL :SL1500: jpgThermodynamics for Dummies (2nd Edition) By: Michael Pauken [Audiobook]

612K	01 - Opening Credits.mp3
536K	02 - Publisher's Note.mp3
3.4M	03 - Limit of Liability-Disclaimer of Warranty.mp3
1.4M	04 - Introduction.mp3
3.1M	05 - About this Book.mp3
1.3M	06 - Conventions Used in this Book.mp3
784K	07 - What You’re Not to Read.mp3
1.1M	08 - Foolish Assumptions.mp3
6.2M	09 - How this Book Is Organized.mp3
1.1M	10 - Icons Used in this Book.mp3
2.6M	100 - Chapter 17 Burning Up with Combustion.mp3
8.9M	101 - Forming Combustion Equations.mp3
15M	102 - Defining Combustion-Related Thermodynamic Properties.mp3
2.5M	103 - Using the First Law on Steady-Flow Combustion Systems.mp3
3.3M	104 - Analyzing Steady-Flow Systems.mp3
2.6M	105 - Using the First Law on Closed Combustion Systems.mp3
4.3M	106 - Analyzing Closed Systems.mp3
11M	107 - Ouch! That’s Hot Determining the Adiabatic Flame Temperature.mp3
1.1M	108 - Part 5 The Part of Tens.mp3
1.4M	109 - Chapter 18 Ten Famous Names in Thermodynamics.mp3
840K	11 - Where to Go from Here.mp3
1.3M	110 - George Brayton.mp3
1.2M	111 - Nicolas Léonard Sadi Carnot.mp3
1.3M	112 - Anders Celsius.mp3
1.3M	113 - Rudolf Diesel.mp3
1.2M	114 - Daniel Gabriel Fahrenheit.mp3
1.4M	115 - James Prescott Joule.mp3
1.4M	116 - Nikolaus August Otto.mp3
1.2M	117 - William John Macquorn Rankine.mp3
1.2M	118 - William Thomson or Lord Kelvin.mp3
1.2M	119 - James Watt.mp3
712K	12 - Beyond the Book.mp3
1.3M	120 - Chapter 19 Ten More Cycles of Note.mp3
1.6M	121 - Two-Stroke Engines.mp3
2.0M	122 - Wankel Engines.mp3
1.7M	123 - The Stirling Cycle.mp3
1.5M	124 - The Ericsson Cycle.mp3
1.4M	125 - The Atkinson Cycle.mp3
1.6M	126 - The Miller Cycle.mp3
2.9M	127 - The Absorption Cycle.mp3
1.2M	128 - The Einstein Cycle.mp3
1.4M	129 - Combined-Cycle Engines.mp3
1.1M	13 - Part 1 Getting Started with Thermodynamics.mp3
1.5M	130 - Binary Vapor Cycles.mp3
1.1M	131 - End Credits.mp3
2.2M	14 - Chapter 1 Thermodynamics in Everyday Life.mp3
2.9M	15 - Embracing Thermodynamics.mp3
4.4M	16 - Examining Energy’s Changing Forms.mp3
4.9M	17 - Watching Energy and Work in Action.mp3
1.9M	18 - Getting into Real Gases, Gas Mixtures, and Combustion Reactions.mp3
2.3M	19 - Discovering Old Names and New Ways of Saving Energy.mp3
2.2M	20 - Chapter 2 Laying the Foundation of Thermodynamics.mp3
22M	21 - Starting with the Atom.mp3
26M	22 - Defining Important Thermodynamic Properties.mp3
11M	23 - Understanding Thermodynamic Processes.mp3
15M	24 - Discovering Nature’s Law and Order.mp3
2.1M	25 - Chapter 3 Working with Phases and Properties of Substances.mp3
11M	26 - It’s Just a Phase Describing Solids, Liquids, and Gases.mp3
18M	27 - Knowing How Phase Changes Occur.mp3
6.2M	28 - Finding Thermodynamic Properties from Tables.mp3
6.0M	29 - Admiring the Simplicity of Ideal Gases.mp3
2.4M	30 - Chapter 4 The Thermodynamic Duo Work and Heat.mp3
18M	31 - Work The Agent of Change.mp3
15M	32 - Warming Up and Cooling Down.mp3
948K	33 - Part 2 Employing the Laws of Thermodynamics.mp3
1.9M	34 - Chapter 5 Using the First Law in Closed Systems.mp3
2.9M	35 - Conserving Mass in a Closed System.mp3
5.8M	36 - Balancing Energy in a Closed System.mp3
20M	37 - Applying the First Law to Ideal Gas Processes.mp3
3.7M	38 - Applying the First Law to Processes with Liquids and Solids.mp3
1.9M	39 - Chapter 6 Using the First Law in Open Systems.mp3
4.7M	40 - Conserving Mass in an Open System.mp3
3.7M	41 - Balancing Mass and Energy in a System.mp3
3.0M	42 - Getting Ready for Steady-State Processes.mp3
4.4M	43 - Filling Up with Transient Processes.mp3
27M	44 - Using the First Law on Common Open-System Processes.mp3
3.1M	45 - Chapter 7 Governing Heat Engines and Refrigerators with the Second Law.mp3
2.4M	46 - Looking at the Impact of the Second Law.mp3
5.6M	47 - Defining Thermal Energy Reservoirs.mp3
9.8M	48 - Working with the Kelvin-Planck Statement on Heat Engines.mp3
11M	49 - Chilling with the Clausius Statement on Refrigeration.mp3
2.1M	50 - Chapter 8 The Second Law Predicts the Demise of the Universe.mp3
12M	51 - Unraveling the Mystery of Entropy.mp3
3.1M	52 - Coping with the Increase in Entropy Principle.mp3
3.7M	53 - Working with T-s Diagrams.mp3
3.5M	54 - Using T-ds Relationships.mp3
18M	55 - Calculating Entropy Change.mp3
8.8M	56 - Analyzing Isentropic Processes.mp3
4.4M	57 - Balancing Entropy in a System.mp3
3.5M	58 - Chapter 9 Analyzing Systems by Applying the Second Law.mp3
2.8M	59 - Understanding Energy Availability.mp3
12M	60 - Determining the Change in Availability.mp3
7.4M	61 - Balancing the Availability of a System.mp3
3.2M	62 - Understanding the Decrease in Availability Principle.mp3
5.7M	63 - Figuring Out Reversible Work and Irreversibility.mp3
6.0M	64 - Calculating the Second-Law Efficiency of a System.mp3
1.1M	65 - Part 3 Planes, Trains, and Automobiles Making Heat Work for You.mp3
2.4M	66 - Chapter 10 Working with Carnot and Brayton Cycles.mp3
10M	67 - Analyzing the Ideal Heat Engine The Carnot Cycle.mp3
28M	68 - Working with the Ideal Gas Turbine Engine The Brayton Cycle.mp3
9.6M	69 - Improving the Brayton Cycle.mp3
13M	70 - Flying the Brayton Cycle in Jet Propulsion.mp3
1.4M	71 - Chapter 11 Working with Otto and Diesel Cycles.mp3
8.7M	72 - Understanding the Basics of Reciprocating Engines.mp3
11M	73 - Working with the Ideal Spark Ignition Engine The Otto Cycle.mp3
22M	74 - Working with the Ideal Compression Ignition Engine The Diesel Cycle.mp3
2.7M	75 - Chapter 12 Power up with Rankine Cycles.mp3
4.5M	76 - Understanding the Basics of the Rankine Cycle.mp3
7.4M	77 - Examining the Four Processes of the Rankine Cycle.mp3
13M	78 - Analyzing the Ideal Rankine Cycle.mp3
5.8M	79 - Improving the Rankine Cycle with Reheat.mp3
11M	80 - Improving the Rankine Cycle with Regeneration.mp3
8.7M	81 - Deviating from Ideal Behavior Actual Rankine Cycle Performance.mp3
2.8M	82 - Chapter 13 Cooling Off with Refrigeration Cycles.mp3
2.9M	83 - Understanding the Basics of Refrigeration Cycles.mp3
13M	84 - Chilling with the Reverse Brayton Cycle.mp3
23M	85 - Cooling with the Vapor-Compression Refrigerator.mp3
9.5M	86 - Warming Up with Heat Pumps.mp3
2.4M	87 - Chapter 14 Thermodynamics of Renewable Energy Systems.mp3
14M	88 - Wind Powered Systems.mp3
16M	89 - Solar Powered Systems.mp3
15M	90 - Energy Storage Systems.mp3
1.2M	91 - Part 4 Handling Thermodynamic Relationships, Reactions, and Mixtures.mp3
2.8M	92 - Chapter 15 Understanding the Behavior of Real Gases.mp3
14M	93 - Deviating from Ideal Gas Behavior Real Gas Behavior.mp3
7.6M	94 - Finding Pressure with van der Waals.mp3
2.9M	95 - Chapter 16 Mixing Non-Reacting Gases.mp3
12M	96 - Finding Thermodynamic Properties for a Mixture of Gases.mp3
14M	97 - Getting the Compressibility Factor for Real Gas Mixtures.mp3
19M	98 - Working with Psychrometrics Air and Water Vapor Mixtures.mp3
13M	99 - Comfort with Air Conditioning.mp3
312K	Thermodynamics for Dummies (2nd Edition).jpg
812M	total