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Machine element Design II – Screws, Fasteners, Springs, Belt

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Learn about fundamentals of Designing machine components like Power screws, Fasteners, springs and Belt drives


1. Introduction
  • 1. Introduction

  • 2. Lead Scews
  • 1. Introduction to Lead screws
  • 2. Specifications of Lead screws
  • 3. Principle of Screw- Inclined plane
  • 4. Force Analysis Part 1
  • 5. Force Analysis Part 2
  • 6. Self Locking Feature and Efficiency of Lead screws
  • 7. ACME thread equations
  • 8. Stress in Power Screws
  • 9. 3D State of Stress
  • 10. Bearing Stress, Sharing of Load and Friction co efficient of common materials

  • 3. Threaded Fasteners
  • 1. Introduction to Threaded Fasteners
  • 2. Mechanism of Fastening - How Torque is converted to joint
  • 3. Affect of Axial load - Joint diagram
  • 4. Fastener Bolt Stiffness - Floating Fasteners
  • 5. Fastener Bolt Stiffness - Fixed Fasteners
  • 6. Member stiffness - Rotchers cone pressure distribution
  • 7. Member stiffness - Rotchers cone pressure distribution Part 2
  • 8. Member stiffness - Design Problem
  • 9. Strength limit of Bolts
  • 10. Design equations - Externally Applied Load
  • 11. Relating Applied torque to Preload
  • 12. Factor of Safety, Load Factors and Separation Load
  • 13. Causes of Loosening of joints

  • 4. Compression Coil Springs
  • 1. Intro to Helical Coil Springs
  • 2. Stresses in Compression coil spring
  • 3. Wahls Factor
  • 4. Strain Energy and Stiffness Derivation
  • 5. Spring Ends and Design Details
  • 6. Pre-setting of Springs
  • 7. Buckling stability of compression coil springs
  • 8. Allowable limits of Torsion stresses
  • 9. Introduction to Torsion springs
  • 10. Bending Stresses in Torsion spring
  • 11. Rate of Torsion Spring
  • 12. Reduction in Diameter of torsion spring and allowable stress limits

  • 5. Belt Drives
  • 1. Working Principle of Belt drives
  • 2. Design Equations and Notations
  • 3. Belting Theory - Derivation - Part 1
  • 4. Belting Theory - Derivation - Part 2
  • 5. Belting Theory - Derivation - Part 3
  • 6. Deriving Equation for Initial Tension
  • 7. Operating Tension vs Initial Tension Graph and Allowable limits
  • 8. Common Materials for Belts
  • 9. Factors that influence Design selection and Transmitted power equations
  • 10. Design Procedure
  • 11. Service Factors , Correction factor
  • 12. Design Problem - Polyamide Belt Part 1
  • 13. Design Problem - Polyamide Belt Part 2
  • 14. Initial Tension and Idler Pulleys
  • 15. V belts Introduction
  • 16. Design Procedure - V belts
  • 17. Design Selection Problem- Part 1
  • 18. Design Selection Problem- Part 2
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    تاریخ انتشار: 15 مهر 1402
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