Machine Design-1

Features

• This free application is for all students across the world. It covers 149 topics of Machine Design I in detail. These 149 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. Classifications of Machine Design
• 2. General Considerations in Machine Design
• 3. General Procedure in Machine Design
• 4. S.I. Units (International System of Units)
• 5. Force, Absolute and Gravitational Units of Force
• 6. Moment of Force, Couple, Mass Density
• 7. Mass Moment of Inertia
• 8. Torque, Work, Power
• 9. Energy
• 10. Classification, Selection of Materials for Engineering Purposes
• 11. Physical Properties of metals
• 12. Cast Iron
• 13. Effect of Impurities on Cast Iron
• 14. Wrought Iron
• 15. Steel
• 16. Free Cutting Steels
• 17. Alloy Steel
• 18. Indian Standard Designation of Low and Medium Alloy Steels
• 19. Stainless Steel
• 20. Heat Resisting Steels
• 21. High Speed Tool Steels
• 22. Aluminium Alloys
• 23. Copper Alloys
• 24. Types of springs
• 25. Material for Helical Springs
• 26. Standard Size of Spring Wire
• 27. Terms used in Compression Springs
• 28. End Connections for Compression Helical Springs
• 29. End Connections for Tension Helical Springs
• 30. Stresses in Helical Springs of Circular Wire
• 31. Deflection of Helical Springs of Circular Wire
• 32. Buckling of Compression Springs
• 33. Surge in springs
• 34. Stress and Deflection in Helical Springs of Non-circular Wire
• 35. Helical Springs Subjected to Fatigue Loading
• 36. Springs in Series and Parallel
• 37. Concentric or Composite Springs
• 38. Helical Torsion Springs
• 39. Flat Spiral Spring
• 40. Leaf Springs
• 41. Construction of Leaf Spring
• 42. Equalised Stress in Spring Leaves (Nipping)
• 43. Length of Leaf Spring Leaves
• 44. Standard Sizes of Automobile Suspension Springs
• 45. Types of Screw Threads used for Power Screws
• 46. Torque Required to Raise Load by Square Threaded Screws
• 47. Torque Required to Lower Load by Square Threaded Screws
• 48. Efficiency of Square Threaded Screws
• 49. Maximum Efficiency of a Square Threaded Screw
• 50. Efficiency Vs Helix Angle
• 51. Over Hauling and Self Locking Screws
• 52. Efficiency of Self Locking Screws
• 53. Coefficient of Friction
• 54. Acme or Trapezoidal Threads
• 55. Stresses in Power Screws
• 56. Design of Screw Jack
• 57. Differential and Compound Screws
• 58. Material Used for Shafts
• 59. Manufacturing of Shafts
• 60. Maximum Permissible Working Stresses for Transmission Shafts
• 61. Shafts Subjected to Twisting Moment Only
• 62. Shafts Subjected to Bending Moment Only
• 63. Shafts Subjected to Combined Twisting Moment and Bending Moment
• 64. Shafts Subjected to Fluctuating Loads
• 65. Shafts Subjected to Axial Load in addition to Combined Torsion and Bending Loads
• 66. Design of Shafts on the basis of Rigidity
• 67. Sunk Key
• 68. Saddle keys, Tangent Keys, Round Keys, and Splines
• 69. Forces acting on a Sunk Key
• 70. Strength of a Sunk Key
• 71. Effect of Keyways
• 72. Shaft Coupling
• 73. Sleeve or Muff-coupling
• 74. Clamp or Compression Coupling
• 75. Flange Coupling
• 76. Design of Flange Coupling
• 77. Flexible Coupling
• 78. Bushed-pin Flexible Coupling
• 79. Oldham Coupling
• 80. Universal (or Hooke’s) Coupling
• 81. Methods of Riveting
• 82. Types of Rivet Heads
• 83. Lap Joint and Butt Joint
• 84. Important Terms Used in Riveted Joints
• 85. Caulking and Fullering
• 86. Failures of a Riveted Joint
• 87. Strength of a Riveted Joint
• 88. Design of Boiler Joints
• 89. Design of Longitudinal Butt Joint for a Boiler
• 90. Design of Circumferential Lap Joint for a Boiler
• 91. Lozenge Joint
• 92. Completely Reversed or Cyclic Stresses

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