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Features
- This unique free application is for all students across the world. It covers 119 topics of Internal Combustion Engine in detail. These 119 topics are divided in 4 units.
- Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
- This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
- Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
- Some of topics Covered in this application are:
- 1. INTRODUCTION OF I.C. ENGINE
- 2. I.C.ENGINE SELECTION CRITERIA
- 3. CLASSIFICATION OF I.C.ENGINE
- 4. COMPONENTS OF ENGINE
- 5. NOMENCLATURE & MATHEMATICAL FORMULAE
- 6. 4-STROKE ENGINE OPERATING CYCLES
- 7. 2-STROKE ENGINE OPERATING CYCLES
- 8. ENGINE IDENTIFICATION
- 9. DIEEFERENCE BETWEEN 2-STROKE AND 4-STROKE
- 10. ENGINE ARRANGEMENT
- 11. ENGINE LOCATION
- 12. VALVE TIMING DIAGRAME
- 13. VALVE TIMING DIAGRAME FOR 2-STROKE AND 4-STROKE
- 14. CYLINDER ARRANGEMENT
- 15. FIRING ORDER I.C. ENGINE
- 16. AIR STANDARD CYCLE
- 17. OTTO CYCLE
- 18. DIESEL CYCLE
- 19. DUAL CYCLE
- 20. DIFFERENCE BETWEEN ACTUAL DIESEL AND THE OTTO ENGINES
- 21. CARNOT CYCLE
- 22. ASSUMPTION OF AIR STANDARDS CYCLES
- 23. COMPARISION BETWEEN OTTO,DIESEL AND DUAL CYCLE
- 24. STIRILING CYCLE ( REGENERATIVE CYCLE)
- 25. COMBUSTION IN I.C. ENGINES (S.I)
- 26. COMBUSTION IN I.C. ENGINES (C.I)
- 27. AIR STANDARDS EFFICIENCY OF OTTO CYCLE
- 28. MEAN EFFECTIVE PRESSURE OF OTTO CYCLE
- 29. AIR STANDARDS EFFICIENCY OF DIESEL CYCLE
- 30. MEAN EFFECTIVE PRESSURE IN DIESEL CYCLE
- 31. AIR STANDARDS EFFICIENCY OF DUAL CYCLE
- 32. MEAN EFFECTIVE PRESSURE OF DUAL CYCLE
- 33. CARNOT CYCLE ANALYSIS
- 34. ASSUMPTIONS OF THERMODYNAMIC CYCLES
- 35. AIR STANDARD CYCLES THEORTICAL ANALYSIS
- 36. FUEL - AIR CYCLES
- 37. VARIABLE SPECIFIC HEAT
- 38. LOSSES DUE TO SPECIFIC HEAT
- 39. DISSOCIATION OR CHEMICAL LOSS
- 40. LOSSES DUE TO DISSOCIATION
- 41. THE ACTUAL CYCLE
- 42. EFFECT OF THROTTEL OPENING
- 43. EFFECT OF SPARK TIMING
- 44. ENGINE PERFORMANCE
- 45. TESTING OF INTERNAL COMBUSTION ENGINE
- 46. MEASURMENT OF ENGINE TORQUE AND POWER
- 47. ADVANTAGES OF MPFI
- 48. ALTITUDE, HUMIDITY, AND AIR TEMPERATURE
- 49. BASIC FUNCTIONS OF CARBURETOR
- 50. CARBURETOR ADJUSTMENT
- 51. CARBURETOR PRINCIPLES
- 52. COMPONENTS OF CARBURETOR
- 53. COOLING SYSTEMS IN ENGINE
- 54. ENGINE COOLING SYSTEM
- 55. ENGINE LUBRICATION & COOLING SYSTEMS
- 56. ENGINE LUBRICATION SYSTEM
- 57. EXPLODED VIEW OF CARBURETOR COMPONENT
- 58. FATTY ACID METHYL ESTER (FAME)
- 59. FOUR-STROKE ENGINE LUBRICATION
- 60. FUEL INJECTION SYSTEM IN I.C.ENGINE
- 61. LUBRICANTS AND LUBRICATION
- 62. MAIN COMPONENTS OF MPFI SYSTEM
- 63. MOTORCYCLE CARBURETOR THEORY
- 64. MULTI POINT FUEL INJECTION SYSTEM (MPFI)
- 65. OIL FILTERS IN FOUR STROKE ENGINE
- 66. OIL INJECTION IN TWO-STROKE ENGINE
- 67. RADIATOR AND RADIATOR CAP
- 68. REQUIREMENTS OF A DIESEL INJECTION SYSTEM
- 69. SENSORS USED IN MPFI
- 70. SPARK PLUG FACES
- 71. SPECIALTY LUBRICANTS
- 72. DRAFT CARBURETOR: CHOKE, FLOAT CHAMBER
- 73. ECONOMIZER SYSTEM
- 74. ACCELERATING SYSTEM
- 75. LOAD SYSTEM
- 76. THE BASIC SYSTEMS OF THE NATURAL-DRAFT CARBURETOR: IDLING SYSTEM
- 77. THE ESSENTIAL FUEL DELIVERY SYSTEMS OF CARBURETOR
- 78. THEORY OF OPERATION OF CARBURETION
- 79. TROUBLESHOOTING -- STARTING PROBLEMS ARE MOST COMMON
- 80. TWO-STROKE ENGINE LUBRICATION
- 81. TYPES OF ENGINE OIL
- 82. LUBRICANT CHARACTERISTICS
- 83. REGIMES OF LUBRICATION
- 84. SRIBECK CURVE
- 85. HYDRODYNAMIC LUBRICATION
- 86. PURPOSE OF LUBRICATION
- 87. ADVANTAGES AND DISADVANTAGES OF WATER COOLING SYSTEM
- 88. HISTORY OF SUPERCHARGING
- 89. HISTORY OF SUPERCHARGING
- 90. ADVANTAGES OF SUPERCHARGING
- 91. BLOWER SIZING & ENGINE MODIFICATIONS
- 92. COMPRESSOR
- 93. TYPES OF COMPRESSOR
- 94. TYPES OF AIR COMPRESSORS
- 95. AIR COMPRESSOR
- 96. VOLUMETRIC EFFICIENCY COMPRESSOR THEORY
- 97. SURGING IN COMPRESSOR
- 98. STALLING IN COMPRESSOR
- 99. FLAME IONIZATION DETECTOR (FID)
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Details were last updated on Oct 31, 2024 16:52 +08.
