Internal Combustion Engine - Google Play

Internal Combustion Engine is a free Mechanical and Automobile Engineering handbook covering important course topics, detailed notes, diagrams, equations, formulas and study materials. Download this digital book and reference guide for ITI, Diploma, BE, BTech and other engineering degree courses.

Learn IC engine design, two-stroke and four-stroke engines, Otto and Diesel cycles, SI and CI combustion, engine performance, fuel injection, carburetors, cooling and lubrication. Useful for exams, GATE revision, viva, interviews, assignments, projects and quick reference.

RELATED ENGINEERING BRANCHES
Mechanical Engineering, Automobile Engineering, Automotive Engineering, Thermal Engineering, Production Engineering, Energy Engineering and related technical courses.

ALL 81 UNIQUE TOPICS COVERED

IC ENGINE FUNDAMENTALS
1. Introduction to IC Engines
2. IC Engine Selection Criteria
3. Classification of IC Engines
4. Engine Components
5. Nomenclature and Mathematical Formulae
6. Four-Stroke Engine Operating Cycles
7. Two-Stroke Engine Operating Cycles
8. Engine Identification
9. Two-Stroke vs Four-Stroke Engines
10. Engine Arrangements
11. Engine Location
12. Valve Timing Diagrams
13. Valve Timing for Two- and Four-Stroke Engines
14. Cylinder Arrangements
15. IC Engine Firing Order

THERMODYNAMIC CYCLES & COMBUSTION
16. Air-Standard Cycles
17. Otto Cycle
18. Diesel Cycle
19. Dual Cycle
20. Actual Diesel vs Otto Engines
21. Carnot Cycle
22. Air-Standard Cycle Assumptions
23. Comparison of Otto, Diesel and Dual Cycles
24. Stirling (Regenerative) Cycle
25. Combustion in Spark-Ignition (SI) Engines
26. Combustion in Compression-Ignition (CI) Engines
27. Air-Standard Efficiency of Otto Cycle
28. Mean Effective Pressure of Otto Cycle
29. Air-Standard Efficiency of Diesel Cycle
30. Mean Effective Pressure of Diesel Cycle
31. Air-Standard Efficiency of Dual Cycle
32. Mean Effective Pressure of Dual Cycle
33. Carnot Cycle Analysis
34. Assumptions of Thermodynamic Cycles
35. Theoretical Analysis of Air-Standard Cycles
36. Fuel-Air Cycles
37. Variable Specific Heat
38. Losses Due to Specific Heat
39. Dissociation and Chemical Losses
40. Actual Engine Cycle
41. Effect of Throttle Opening
42. Effect of Spark Timing

PERFORMANCE & CARBURETOR FUNDAMENTALS
43. Engine Performance
44. IC Engine Testing
45. Measurement of Engine Torque and Power
46. Advantages of MPFI
47. Altitude, Humidity and Air Temperature
48. Basic Functions of Carburetor
49. Carburetor Adjustment
50. Carburetor Principles
51. Carburetor Components

COOLING, LUBRICATION & FUEL INJECTION
52. Engine Cooling Systems
53. Engine Lubrication and Cooling Systems
54. Engine Lubrication System
55. Exploded View of Carburetor Components
56. Fatty Acid Methyl Ester (FAME)
57. Four-Stroke Engine Lubrication
58. IC Engine Fuel Injection Systems
59. Lubricants and Lubrication
60. Main Components of MPFI System
61. Motorcycle Carburetor Theory
62. Multipoint Fuel Injection (MPFI)
63. Oil Filters in Four-Stroke Engines
64. Oil Injection in Two-Stroke Engines
65. Radiator and Radiator Cap
66. Diesel Injection System Requirements
67. Sensors Used in MPFI
68. Spark Plug Faces
69. Specialty Lubricants

CARBURETOR SYSTEMS & ENGINE MAINTENANCE
70. Natural-Draft Carburetor: Choke and Float Chamber
71. Economizer System
72. Accelerating System
73. Load System
74. Natural-Draft Carburetor Idling System
75. Essential Carburetor Fuel Delivery Systems
76. Theory of Carburetion
77. Troubleshooting Common Engine Starting Problems
78. Two-Stroke Engine Lubrication
79. Types of Engine Oil
80. Lubricant Characteristics
81. Regimes of Lubrication

Use this free Internal Combustion Engine ebook to revise engine cycles, performance, fuel systems and automotive engineering concepts.