
COURSE OUTLINES 


REFERENCES 


20 February  26 February 
Lesson 1. BASIC CONCEPTS IN STATICS AND DYNAMICS, FORCE SYSTEMS, EQUILIBRIUM CONDITIONS 


Lesson 2. FRICTION, LAW OF FRICTION 


Lesson 3. SOLVING NUMERICALS 


Lesson 4. SECOND MOMENT OF INERTIA, PARALLEL AXIS THEOREM 


Lesson 5. SOLVING NUMERICAL 


27 February  5 March 
Lesson 6. DYNAMICS 


Lesson 7. WORK AND MECHANICS OF MATERIALS 


Lesson 8. SOLVING NUMERICAL 


6 March  12 March 
Lesson 9. STRESS ANALYSIS 


Lesson 10. HOOKE’S LAW 


Lesson 11. POISSON’S RATIO 


Lesson 12. SOLVING NUMERICAL 


Lesson 13. TORSION 


Torsion 


Torsion properties 


Lesson 14. POWER TRANSMISSION 


Lesson 15. SOLVED EXAMPLES 


13 March  19 March 
Lesson 16 & 17. SHEAR FORCE & BENDING MOMENT 


Cantilever beam point load 


Uniform load 


Varying load 


Simply supported beam carrying UDL 


Simply supporterd beam with point load at A distance 


Lesson 18. PURE BENDING 


Lesson 19. SOLVED EXAMPLES BASED ON SHEAR FORCE AND BENDING MOMENT DIAGRAMS 


Lesson 20. FLEXURAL STRESS 


Lesson 21. SOLVING NUMERICAL 


20 March  26 March 
Lesson 22. DESIGN: PROCEDURES, SPECIFICATION, STRENGTH, DESIGN FACTORS, FACTOR OF SAFETY SELECTION OF FACTOR OF SAFETY 


Lesson 23. MATERIAL AND PROPERTIES: STATIC STRENGTH, DUCTILITY, HARDNESS, FATIGUE, DESIGNING FOR FATIGUE CONDITIONS 


Lesson 24. THEORIES OF FAILURE, STRESSES IN ELEMENTARY MACHINE PARTS 


Lesson 25. SOLVING NUMERICAL 


27 March  2 April 
Lesson 26 & 27. DESIGN OF A DRIVE SYSTEM, DESIGN OF LENGTH AND THICKNESS OF BELT 


Lesson 28. SOLVING NUMERICAL 


Lesson 29. BEARING: JOURNAL AND ANTIFRICTION BEARING, SELECTION OF BALL, TAPERED ROLLER AND THRUST BEARING 


3 April  9 April 
Lesson 30. SPRINGS, HELICAL AND LEAF SPRINGS, ENERGY STORED IN SPRINGS 


Lesson 31. DESIGN AND SELECTION OF SPRINGS 


Lesson 32. SOLVING NUMERICAL 


10 April  16 April 
ACKNOWLEDGMENTS 
