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Thermodynamics | Less Boring Lectures

Less Boring Lectures

Less Boring Lectures

Who has ONE HOUR to listen to a SINGLE lecture that has barely any valuable information in it?. This channel focuses on providing all the information you need in 10-MINUTE videos, without wasting valuable time on drawings, real-time calculations, or even concepts from prerequisite courses, without actually skipping them: you can always pause the time-lapse animations to "study" the less important processes.. The additional 2 MINUTE textbook-style-example videos for each and every topic provi

Course Details

  • Course Lessons104
  • Course Period8h 55m
  • No.Students4
  • LanguageEnglish
  • No Prerequisite
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Course Lessons

  1. 1 | THERMODYNAMICS Basic Units and Pressure Concepts in 11 Minutes! 00:11:01
  2. 2 | Hydraulic Lift Example for THERMO UNITS Review in 3 Minutes! 00:03:38
  3. 3 | PISTON-CYLINDER Work and Constant Pressure Example in 5 Minutes! 00:05:45
  4. 4 | Thermo Intro - Physics Review - Specific Heat Liquids & Solids in 3 Minutes! 00:03:41
  5. 5 | ZEROTH LAW of Thermodynamics & Temperature Units in 10 Minutes! 00:09:48
  6. 6 | CONTROL VOLUMES - Closed vs. Open - Extensive vs. Intensive in 9 Minutes! 00:09:02
  7. 7 | Energy Conservation Equation & FIRST LAW of Thermodynamics in 12 Minutes! 00:12:00
  8. 8 | What's a Btu - English Units & 1st Law of Thermodynamics in 4 Minutes! 00:04:11
  9. 9 | FIRST LAW Energy Rates Example of Thermodynamics in 3 Minutes! 00:03:03
  10. 10 | Energy Rates Example of First Law of Thermodynamics in 3 Minutes! 00:02:38
  11. 11 | EFFICIENCY of Thermodynamic Systems in 10 Minutes! 00:10:13
  12. 12 | Efficiency of THERMODYNAMICS Systems - Oil Pump Efficiency Example in 3 Minutes! 00:03:24
  13. 13 | T-v Diagrams and PROPERTY TABLES for Thermodynamics in 13 Minutes! 00:13:24
  14. 14 | Thermodynamics Water TABLES: Saturated Liquid Example in 2 Minutes! 00:01:53
  15. 15 | Thermodynamics Water TABLES: Superheated Vapor Example in 2 Minutes! 00:02:38
  16. 16 | INTERPOLATION for Thermodynamics and Mixture QUALITY in 9 Minutes! 00:08:55
  17. 17 | Superheated Vapor INTERPOLATION for Temperature Example in 3 Minutes! 00:02:37
  18. 18 | Superheated Vapor INTERPOLATION for Pressure Example in 3 Minutes! 00:03:01
  19. 19 | ENTHALPY and INTERNAL ENERGY in 12 Minutes! 00:11:52
  20. 20 | Thermodynamics TABLES: Compressed Liquid Example in 2 Minutes! 00:02:17
  21. 21 | Saturated to Superheated INTERNAL ENERGY Example in 3 Minutes! 00:03:37
  22. 22 | Enthalpy from SATURATED to Superheated & W = Q - ΔU in 4 Minutes! 00:04:09
  23. 23 | ENTHALPY of a Superheated Substance & P∙ΔV in 3 Minutes! 00:03:07
  24. 24 | Thermodynamics COMPRESSED Liquid Properties in 6 Minutes! 00:06:26
  25. 25 | Thermodynamics Properties DOUBLE INTERPOLATION Example in 4 Minutes! 00:03:53
  26. 26 | Ideal Gas Equation and COMPRESSIBILITY Factor in 11 Minutes! 00:11:00
  27. 27 | Thermal Equilibrium Using Ideal Gas Equation in 00:02:30
  28. 28 | COMPRESSIBILITY factor Z, Using P and v in 3 Minutes! 00:03:04
  29. 29 | IDEAL GAS Inside Rigid Tank - State 1 to State 2 - in 2 Minutes! 00:01:57
  30. 30 | Thermodynamics SPECIFIC HEATS - cv & cp - in 12 Minutes! 00:12:39
  31. 31 | Change in ENTHALPY Using Specific Heat at Constant Pressure in 3 Minutes! 00:03:27
  32. 32 | Piston-Cylinder ENTHALPY Using Specific Heat in 4 Minutes! 00:04:22
  33. 33 | Change in Internal Energy Using Specific Heat in 3 Minutes! 00:03:05
  34. 34 | Specific Heat and Energy Changes for INCOMPRESSIBLE Fluids in 11 Minutes! 00:11:05
  35. 35 | Work Expressions for POLYTROPIC Processes in 10 Minutes! 00:10:15
  36. 36 | Incompressible Substances SPECIFIC HEAT Example in 3 Minutes! 00:03:20
  37. 37 | Long Work Expression POLYTROPIC PROCESS in 3 Minutes! 00:02:49
  38. 38 | Heat and Work of a POLYTROPIC Process in 3 Minutes! 00:02:53
  39. 39 | Volumetric and MASS FLOW RATES for Thermodynamics in 8 Minutes! 00:08:16
  40. 40 | Mass and Volume FLOW RATE Through a Duct - in 2 Minutes! 00:02:16
  41. 41 | Mass and Volume FLOW RATE in a Compressor in 2 Minutes! 00:01:49
  42. 42 | Mass and Volume FLOW RATE in a Pump - in 3 Minutes! 00:02:58
  43. 43 | FLOW WORK & Energy Conservation in Open Systems in 11 Minutes! 00:10:37
  44. 44 | Flow Work for Air Flow Through Car in 2 Minutes! 00:02:23
  45. 45 | Flow Work for Water Pump in 2 Minutes! 00:01:59
  46. 46 | Flow Work for Compressor in 2 Minutes! 00:02:20
  47. 47 | Pipe Flow, Nozzles, Diffusers, and Throttling Devices in 9 Minutes! 00:08:41
  48. 48 | Nozzle with Heat Exchange in Under 5 Minutes! 00:04:32
  49. 49 | Diffuser Volumetric Flow and Velocities in 2 Minutes! 00:02:13
  50. 50 | Electric Air Heater - Pipe Flow with Work and Heat in 2 Minutes! 00:02:09
  51. 51 | Thermodynamics - Turbines, Compressors, and Pumps in 9 Minutes! 00:09:15
  52. 52 | Open Systems - Compressor Power and Enthalpy Example in Under 3 Minutes! 00:02:33
  53. 53 | Turbine Exit Saturated Mixture Temperature Example in 2 Minutes! 00:02:28
  54. 54 | Steady State Device - Pump Velocity Example in 2 Minutes! 00:01:54
  55. 55 | Heat Exchangers and Mixing Chambers - THERMO - in 9 Minutes! 00:09:23
  56. 56 | Thermodynamics - Water Mixing Chamber Example in 3 Minutes! 00:03:03
  57. 57 | Thermodynamics - R134a Condenser Example in 3 Minutes! 00:02:52
  58. 58 | Thermodynamics - Mixing R134a Liquid and Steam in Under 3 Minutes! 00:02:34
  59. 59 | Transient UNSTEADY-FLOW Systems in Thermo in 9 Minutes! 00:08:41
  60. 60 | Unsteady-Flow System - Empty Bottle Example in 2 Minutes! 00:02:25
  61. 61 | Steam Line into Empty Container Example TRANSIENT system in 3 Minutes! 00:02:37
  62. 62 | Pressure Cooker - TRANSIENT system (Unsteady Flow) in 3 Minutes! 00:02:45
  63. 63 | 2nd Law Intro and POWER CYCLES in 10 Minutes! 00:09:55
  64. 64 | Car Engine Efficiency Example - Thermodynamics - in 2 Minutes! 00:02:04
  65. 65 | Coal Steam Power Plant Efficiency Example - Thermodynamics - in 2 Minutes! 00:01:36
  66. 66 | Efficiency Power Plant River Reservoir - Thermodynamics - in 2 Minutes! 00:01:49
  67. 67 | REFRIGERATION and Heat Pump Cycles in 10 Minutes! 00:10:15
  68. 68 | Thermo - Coefficient of Performance of Fridge in 2 Minutes! 00:01:56
  69. 69 | Coefficient of Performance for a Heat Pump (English Units) in 2 Minutes! 00:01:39
  70. 70 | Air Conditioner COEFFICIENT OF PERFORMANCE in 2 Minutes! 00:02:04
  71. 71 | Reversible Processes and CARNOT CYCLE in 12 Minutes! 00:11:48
  72. 72 | Carnot Cycle - Heat Pump Coefficient of Performance Example in 2 Minutes! 00:02:19
  73. 73 | Carnot Refrigeration Cycle and Enthalpy in 4 Minutes! 00:03:50
  74. 74 | Thermodynamics - ENTROPY as a Property in 12 Minutes! 00:11:59
  75. 75 | Specific Entropy and Quality Example in 3 Minutes! 00:03:14
  76. 76 | Entropy and Isentropic Process Example in Under 4 Minutes! 00:03:28
  77. 77 | Entropy s and ISENTROPIC Process Example in Under 4 Minutes! 00:03:29
  78. 78 | REFERENCE ENTROPY and Specific Heats in 12 Minutes! 00:12:10
  79. 79 | Change in Entropy Using Specific Heats in 3 Minutes! 00:03:26
  80. 80 | Change in Entropy after Adding Energy to a System in 4 Minutes! 00:03:36
  81. 81 | Reversible, Adiabatic Process - ISENTROPIC process in 3 Minutes! 00:02:58
  82. 82 | Turbines, Compressors, and Pumps - ISENTROPIC EFFICIENCY in 8 Minutes! 00:08:12
  83. 83 | Using Isentropic Efficiency to Find Turbine Mass Flow Rate in 4 Minutes! 00:03:55
  84. 84 | Using Isentropic Efficiency of a Compressor to Find Work in 3 Minutes! 00:02:41
  85. 85 | Calculating Isentropic Efficiency of a Turbine in 2 Minutes! 00:02:17
  86. 86 | Ideal BRAYTON CYCLE Explained in 11 Minutes! 00:11:19
  87. 87 | Regeneration, Intercooling, and Reheating in 13 Minutes! 00:13:17
  88. 88 | Thermal Efficiency of BRAYTON CYCLE Example in 3 Minutes! 00:02:50
  89. 89 | BRAYTON CYCLE - Compressor Efficiency Example in 4 Minutes! 00:03:57
  90. 90 | Isentropic Turbine in Brayton Cycle Example in 4 Minutes! 00:03:57
  91. 91 | Gas Power Cycle with REHEATING in 4 Minutes! 00:04:19
  92. 92 | Gas Power Cycle with INTERCOOLING and Reheating in 3 Minutes! 00:03:23
  93. 93 | OTTO CYCLE & Internal Combustion Engines in 10 Minutes! 00:09:57
  94. 94 | Helium OTTO CYCLE Pressure and Temperature Example in 3 Minutes! 00:02:55
  95. 95 | Otto Cycle THERMAL EFFICIENCY Example in 3 Minutes! 00:02:49
  96. 96 | Otto Cycle MEAN EFFECTIVE PRESSURE in 3 Minutes! 00:02:42
  97. 97 | Thermodynamics DIESEL CYCLE in 10 Minutes! 00:09:49
  98. 98 | Diesel Cycle EFFICIENCY with Variable Specific Heats in 3 Minutes! 00:03:40
  99. 99 | Derivation of Diesel Cycle EFFICIENCY for Constant Specific Heats in 5 Minutes! 00:04:38
  100. 100 | Thermodynamics - DUAL Combustion Cycles in 6 Minutes! 00:05:31
  101. 101 | Thermodynamics RANKINE CYCLE in 10 Minutes! 00:09:51
  102. 102 | RANKINE CYCLE Example with Known Quality in 4 Minutes! 00:03:37
  103. 103 | Subcooled water in RANKINE CYCLE Ts Diagram Example in 4 Minutes! 00:04:26
  104. 104 | RANKINE CYCLE without Superheating Example in 2 Minutes! 00:02:23
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