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COURSE OUTLINES |
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REFERENCES |
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20 February - 26 February |
Lesson 1. BASIC CONCEPTS IN STATICS AND DYNAMICS, FORCE SYSTEMS, EQUILIBRIUM CONDITIONS |
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Lesson 2. FRICTION, LAW OF FRICTION |
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Lesson 3. SOLVING NUMERICALS |
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Lesson 4. SECOND MOMENT OF INERTIA, PARALLEL AXIS THEOREM |
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Lesson 5. SOLVING NUMERICAL |
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27 February - 5 March |
Lesson 6. DYNAMICS |
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Lesson 7. WORK AND MECHANICS OF MATERIALS |
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Lesson 8. SOLVING NUMERICAL |
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6 March - 12 March |
Lesson 9. STRESS ANALYSIS |
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Lesson 10. HOOKE’S LAW |
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Lesson 11. POISSON’S RATIO |
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Lesson 12. SOLVING NUMERICAL |
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Lesson 13. TORSION |
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Torsion |
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Torsion properties |
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Lesson 14. POWER TRANSMISSION |
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Lesson 15. SOLVED EXAMPLES |
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13 March - 19 March |
Lesson 16 & 17. SHEAR FORCE & BENDING MOMENT |
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Cantilever beam point load |
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Uniform load |
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Varying load |
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Simply supported beam carrying UDL |
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Simply supporterd beam with point load at A distance |
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Lesson 18. PURE BENDING |
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Lesson 19. SOLVED EXAMPLES BASED ON SHEAR FORCE AND BENDING MOMENT DIAGRAMS |
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Lesson 20. FLEXURAL STRESS |
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Lesson 21. SOLVING NUMERICAL |
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20 March - 26 March |
Lesson 22. DESIGN: PROCEDURES, SPECIFICATION, STRENGTH, DESIGN FACTORS, FACTOR OF SAFETY SELECTION OF FACTOR OF SAFETY |
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Lesson 23. MATERIAL AND PROPERTIES: STATIC STRENGTH, DUCTILITY, HARDNESS, FATIGUE, DESIGNING FOR FATIGUE CONDITIONS |
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Lesson 24. THEORIES OF FAILURE, STRESSES IN ELEMENTARY MACHINE PARTS |
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Lesson 25. SOLVING NUMERICAL |
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27 March - 2 April |
Lesson 26 & 27. DESIGN OF A DRIVE SYSTEM, DESIGN OF LENGTH AND THICKNESS OF BELT |
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Lesson 28. SOLVING NUMERICAL |
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Lesson 29. BEARING: JOURNAL AND ANTI-FRICTION BEARING, SELECTION OF BALL, TAPERED ROLLER AND THRUST BEARING |
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3 April - 9 April |
Lesson 30. SPRINGS, HELICAL AND LEAF SPRINGS, ENERGY STORED IN SPRINGS |
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Lesson 31. DESIGN AND SELECTION OF SPRINGS |
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Lesson 32. SOLVING NUMERICAL |
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10 April - 16 April |
ACKNOWLEDGMENTS |
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