HomeBlogComputer Aided Machine Design and Drawing Computer Aided Machine Design and DrawingBy vijaykarma / July 23, 2026 Contents1. Lecture 1.1: Introduction to Machine Design2. Lecture 1.2: Introduction to Computer Aided Machine Design3. Lecture 2: Engineering Materials and Their Properties4. Lecture 3.1: Manufacturing Considerations in Design5. Lecture 3.2: Limit Fits and Tolerance (Dmension)6. Lecture 3.3: Surface Roughness7. Lecture 3.4: Preferred Series Numbers8. Lecture 4: Stresses and Factor of Safety9. Lecture 5.1: Cotter Joints_Introduction10. Lecture 5.2: Cotter Joints_Spigot-Socket-type11. Lecture 5.3: Cotter Joints_Sleeve-Type12. Lecture 5.4: Cotter Joints_Gib and Cotter13. Lecture 5.5: Knuckle Joint14. Lecture 6: Keys15. Lecture 7-8: Riveted-joints Introduction and Failure Mechanism16. Lecture 9-10: Riveted-joints-Boiler Joints17. Lecture 11: Riveted-joints-Lozenge Joints18. Lecture 12: Riveted-joints-Eccentric Loading19. Lecture 13-15: Welded-Joints-Direct Loading20. Lecture 16: Welded-Joints-Ecentric Loading21. Lecture 17-18: Design of Shafts22. Lecture 19-20: Design of Couplings23. Lecture 21: Screw-Fastenings-Screw Threads24. Lecture 22: Screw-Fastenings-Bolts25. Lecture 23: Screw-Fastenings-Stresses26. Lecture 24-26: Screw-Fastenings-Stresses-Eccentric loading27. Lecture 27-32: Geometric Tolerances Lecture 1.1: Introduction to Machine Design lecture-1.1_Design IntroductionClick for video Lecture Lecture 1.2: Introduction to Computer Aided Machine Design Lecture-1.2-Introduction to CAMD Lecture 2: Engineering Materials and Their Properties Lecture-2_Engineering Materials and Their Properties Lecture 3.1: Manufacturing Considerations in Design Lecture-3.1_Manufacturing Considerations in Design Lecture 3.2: Limit Fits and Tolerance (Dmension) Lecture-3.2_Limit Fits and Tolerance (Dmension) Lecture 3.3: Surface Roughness Lecture-3.3_Surface Roughness Lecture 3.4: Preferred Series Numbers Lecture-3.4_Preferred Series Numbers Lecture 4: Stresses and Factor of Safety Lecture-4.0_Stresses and Factor of Safety Lecture 5.1: Cotter Joints_Introduction Lecture-5.1_Cotter Joints_Introduction Lecture 5.2: Cotter Joints_Spigot-Socket-type Lecture-5.2_Cotter Joints_Spigot-Socket-type Lecture 5.3: Cotter Joints_Sleeve-Type Lecture-5.3_Cotter Joints_Sleeve-Type Lecture 5.4: Cotter Joints_Gib and Cotter Lecture-5.3_Cotter Joints_Sleeve-Type Lecture 5.5: Knuckle Joint Lecture-5.5_Knuckle Joint Lecture 6: Keys Lecture-6.0_Keys Lecture 7-8: Riveted-joints Introduction and Failure Mechanism Lecture-7-8_Riveted-joints Introduction and Failure Mechanism Lecture 9-10: Riveted-joints-Boiler Joints Lecture-9-10_Riveted-joints-Boiler Joints Lecture 11: Riveted-joints-Lozenge Joints Lecture-11_Riveted-joints-Lozenge Joints Lecture 12: Riveted-joints-Eccentric Loading Lecture-12_Riveted-joints-Eccentric Loading Lecture 13-15: Welded-Joints-Direct Loading Lecture-13-15_Welded-Joints-Direct Loading Lecture 16: Welded-Joints-Ecentric Loading Lecture-16_Welded-Joints- Eccentric Loading Lecture 17-18: Design of Shafts Lecture-17-18_Design of Shafts Lecture 19-20: Design of Couplings Lecture-19-20_Design of Couplings Lecture 21: Screw-Fastenings-Screw Threads Lecture-21_Screw-Fastenings-Screw Threads Lecture 22: Screw-Fastenings-Bolts Lecture-22_Screw-Fastenings-Bolts Lecture 23: Screw-Fastenings-Stresses Lecture-23_Screw-Fastenings-Stresses Lecture 24-26: Screw-Fastenings-Stresses-Eccentric loading Lecture-24-25-26_Screw-Fastenings-Stresses-Eccentric loading Lecture 27-32: Geometric Tolerances Lecture-27-32_Geometric Tolerances
