000			01468nam a22001457a 4500
999			_c42437 _d42437
003			OSt
082			_a620.103 KHU-T
100			_aKhurmi, R S
245			_aMechanical Engineering
260			_aNew Delhi _bS Chand _c1984
300			_a838p.
500			_a1. Introduction, 2. Forces, 3. Moments, 4. Parallel Forces and Couples, 5. Equilibrium of Forces, 6. Centre of Gravity, 7. Moment of Inertia, 8. Principles of Friction, 9. Applications of Friction, 10. Principles of Lifting Machines, 11. Simple Lifting Machines, 12. Support Reactions, 13. Analysis of Perfect Frames (Analytical Method), 14. Virtual Work, 15. Linear Motion, 16. Motion Under Variable Acceleration, 17. Relative Velocity, 18. Projectile Motion, 19. Motion of Rotation, 20. Combined Motion of Rotation and Translation, 21. Simple Harmonic Motion, 22. Laws of Motion, 23. Motion of Connected Bodies, 24. Helical Springs and Pendulums, 25. Collision of Elastic Bodies, 26. Motion Along a Circular Path, 27. Work, Power and Energy, 28. Mass Moment of Inertia, 29. Kinetics of Motion of Rotation, 30. Transmission of Power by Belts and Ropes, 31. Transmission of Power by Gear Trains, 32. Work-Energy Method, 33. Forces in Space (In Vector Form), 34. Pappus—Guldinus Theorems, 35. Product of Inertia, 36. Rectangular and Cylindrical Coordinate System in Dyanamics, 37. Vibrations, 38. Forces in Space (In Vector Form) • Appendix • Index Book Details
901			_a1483DON
942			_2ddc _cBK