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Advanced Applied Thermodynamics

Brand: Ashish Kumar
MPN: com.faadooengineers.free_appliedthermodynamics
Category: App (Science)
Price: $0.00
Availability: Available instantly on compatible devices
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Features

  • 1. Introduction to Thermodynamic Property Relations
  • 2. Internal Energy
  • 3. Graphical representation of thermodynamic properties
  • 4. Some Mathematical Theorems
  • 5. Relations for sound speed and ideal gas
  • 6. Maxwell’s Relations
  • 7. Evaluation of Entropy
  • 8. Derivation of Joule’s Law
  • 9. Constant Volume Heating
  • 10. Constant Pressure Heating
  • 11. Adiabatic Volume Change
  • 12. Sound Velocity in H2O
  • 13. Isothermal Volume Change
  • 14. Example of Compression of Solid
  • 15. Constant Enthalpy Expansion
  • 16. Joule-Thompson coefficient related to PvT data
  • 17. Clapeyron Equation
  • 18. Keypoints regarding Clapeyron Equation
  • 19. Kinetic Theory of Gases
  • 20. Kinetic Theory of Gases--State Equations and Specific Heats
  • 21. Cp and Cv under the kinetic theory
  • 22. Variation of CP with P at constant T
  • 23. Variation of CV with v at constant T
  • 24. Relation between CP and CV
  • 25. Enthalpy Relations
  • 26. Energy Relations
  • 27. Entropy Relations
  • 28. Summary of Energy, Enthalpy, and Entropy Calculations
  • 29. Generating Thermodynamic Data Tables
  • 30. Fuels
  • 31. BASIS OF COMBUSTION ANALYSIS
  • 32. Basic equations in combustion
  • 33. AIR REQUIRED IN COMBUSTION
  • 34. Mass and volume of the flue gas
  • 35. THE COMBUSTION PROCESS
  • 36. COMBUSTION OF FUELS IN AIR
  • 37. EXHAUST GAS ANALYSES
  • 38. FINDING THE AFR FROM AN EXHAUST GAS ANALYSIS
  • 39. HIGHER AND LOWER CALORIFIC VALUES
  • 40. Introduction to steam generators
  • 41. Introduction to boilers
  • 42. How Boilers Work
  • 43. CLASSIFICATION OF BOILER
  • 44. Boiler Specification The heating surface
  • 45. Boiler Systems
  • 46. Firetube boilers
  • 47. Watertube boilers
  • 48. Comparison of fire tube and water tube boilers
  • 49. Lancashire Boiler
  • 50. COCHRAN BOILER
  • 51. BABCOCK WILCOX BOILER
  • 52. BOILER MOUNTINGS
  • 53. Water level Indicator
  • 54. Pressure Gauge
  • 55. Steam Safety Valve
  • 56. Fusible Plug
  • 57. Feed Check Valve and Steam Stop Valve
  • 58. BOILER ACCESSORIES
  • 59. Air Preheaters
  • 60. FEED WATER HEATER
  • 61. SUPER HEATER
  • 62. Performance Evaluation of Boilers
  • 63. Direct Method for obtaining boiler efficiency
  • 64. Indirect Method for obtaining boiler efficiency
  • 65. Equivalent Evaporation
  • 66. Boiler Efficiency
  • 67. Introduction to condenser
  • 68. Air-cooled condensers
  • 69. Water Cooled Condensers
  • 70. Evaporative condensers
  • 71. Air cooled vs water cooled condensers
  • 72. Analysis of condensers
  • 73. Condenser Heat Rejection Ratio
  • 74. Mean temperature difference
  • 75. Effect of air and non-condensables
  • 76. Optimum condenser pressure for lowest running cost
  • 77. Heat Transfer in Condensers
  • 78. Vapour power cycles - Introduction
  • 79. THE CARNOT VAPOUR CYCLE
  • 80. Limitations of Carnot Cycle
  • 81. RANKINE CYCLE
  • 82. Calculations involved in Rankine Cycle
  • 83. Specific Steam Consumption
  • 84. Effect of Pressure at Throttle Condition
  • 85. Effect of Temperature at Throttle Condition
  • 86. ACTUAL VAPOUR POWER CYCLE
  • 87. BINARY VAPOUR CYCLE
  • 88. Binary Vapour Cycle Efficiency Calculation
  • 89. REHEAT CYCLE
  • 90. REGENERATIVE CYCLE
  • 91. Cogeneration-introduction
  • 92. Need for cogeneration
  • 93. The Benefits of Cogeneration
  • 94. Principle of Cogeneration
  • 95. Steam turbine cogeneration systems
  • 96. Gas turbine cogeneration systems
  • 97. Reciprocating Engine Cogeneration System
  • 98. Topping cycle
  • 99. Bottoming cycle

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