Machine Design - 2

Features

• This unique free application is for all students across the world. It covers 152 topics of Machine Design II in detail. These 152 topics are divided in 3 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.
• Some of topics Covered in this application are:
• 1. Friction Wheels
• 2. Classification of Gears
• 3. Terms used in Gears
• 4. Condition for Constant Velocity Ratio of Gears - Law of Gearing
• 5. Cycloidal Teeth
• 6. Involute Teeth
• 7. Comparison Between Involute and Cycloidal Gears
• 8. Interference in Involute Gears
• 9. Minimum Number of Teeth on the Pinion in Order to Avoid Interference
• 10. Gear Materials
• 11. Beam Strength of Gear Teeth - Lewis Equation
• 12. Permissible Working Stress for Gear Teeth in the Lewis Equation
• 13. Dynamic Tooth Load
• 14. Static Tooth Load
• 15. Wear Tooth Load
• 16. Causes of Gear Tooth Failure
• 17. Design Procedure for Spur Gears
• 18. Spur Gear Construction
• 19. Design of Shaft for Spur Gears
• 20. Design of Arms for Spur Gears
• 21. Terms used in Helical Gears
• 22. Face Width of Helical Gears
• 23. Equivalent Number of Teeth, Proportions for Helical Gears
• 24. Strength of Helical Gears
• 25. Types of Worms and Worm Gears
• 26. Terms used in Worm Gearing
• 27. Proportions for Worms and Worm Gears
• 28. Efficiency of Worm Gearing
• 29. Strength of Worm Gear Teeth
• 30. Wear Tooth Load for Worm Gear
• 31. Thermal Rating of Worm Gearing
• 32. Forces Acting on Worm Gears
• 33. Design of Worm Gearing
• 34. Introduction of Bevel Gears
• 35. Classification of Bevel Gears
• 36. Terms used in Bevel Gears
• 37. Determination of Pitch Angle for Bevel Gears
• 38. Formative or Equivalent Number of Teeth for Bevel Gears – Tredgold’s Approximation
• 39. Strength of Bevel Gears
• 40. Forces Acting on a Bevel Gear
• 41. Design of a Shaft for Bevel Gears
• 42. Brakes- Introduction
• 43. Energy Absorbed by a Brake
• 44. Heat to be Dissipated during Braking
• 45. Materials for Brake Lining
• 46. Types of Brakes
• 47. Single Block or Shoe Brake
• 48. Pivoted Block or Shoe Brake
• 49. Double Block or Shoe Brake
• 50. Simple Band Brake
• 51. Differential Band Brake
• 52. Band and Block Brake
• 53. Internal Expanding Brake
• 54. Classification of Bearings
• 55. Types of Sliding Contact Bearings
• 56. Hydrodynamic Lubricated Bearings
• 57. Wedge Film Journal Bearings
• 58. Properties of Sliding Contact Bearing Materials
• 59. Materials used for Sliding Contact Bearings
• 60. Lubricants
• 61. PROPERTIES OF LUBRICANTS
• 62. Terms used in Hydrodynamic Journal Bearing
• 63. Bearing Characteristic Number and Bearing Modulus for Journal Bearings
• 64. Coefficient of Friction for Journal Bearings
• 65. Heat Generated in a Journal Bearing
• 66. Design Procedure for Journal Bearing
• 67. Solid Journal Bearing
• 68. Split Bearing or Plummer Block
• 69. Design of Bearing Caps and Bolts
• 70. Oil Groves
• 71. Footstep or Pivot Bearings
• 72. Collar Bearings
• 73. Advantages and Disadvantages of Rolling Contact Bearings Over Sliding Contact Bearings
• 74. Types of Rolling Contact Bearings
• 75. Types of Radial Ball Bearings
• 76. Standard Dimensions and Designations of Ball Bearings
• 77. Thrust Ball Bearings
• 78. Types of Roller Bearings
• 79. Basic Static Load Rating of Rolling Contact Bearings
• 80. Static Equivalent Load for Rolling Contact Bearings
• 81. Life of a Bearing
• 82. Basic Dynamic Load Rating of Rolling Contact Bearings
• 83. Dynamic Equivalent Load for Rolling Contact Bearings
• 84. Dynamic Load Rating for Rolling Contact Bearings under Variable Loads
• 85. Reliability of a Bearing
• 86. Materials and Manufacture of Ball and Roller Bearings
• 87. Positive Clutches
• 88. Friction Clutches
• 89. Considerations in Designing a Friction Clutch

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