In this lab, the students learn experimentally the following

1.     Crank-slider mechanism.

2.     The relation between the crank angle and the sliding distance in presence of slotted link using Slotted Link mechanism.

3.     The relations among crank angle, crank length, coupler length and rocker length on the rocker position using the Four- bar mechanism.

4.     Position analysis of linkages: Quick-return mechanism

5.     Balancing of rotating masses- Dynamically

6.     Balancing of rotating masses-statically

7.     Create the profiles of different cams and follower.

8.     Demonstrator for lathe Gearing layout.

9.     The relations between the meshing gears through the Geared system apparatus

10. The relations between the pulleys that transfer power using belts through the Pulleys system apparatus.

11. The transfer power through friction using pulleys through the Pulleys system apparatus.

12. The working theory of Hooke's coupling explaining the effect of deflection angle of the driver shaft on the variation of driven shaft angle.

13. The relation between the crank angle and the sliding distance using Crank-slider mechanism.

14. The relation between the crank angle and the sliding distance in presence of slotted link using Slotted Link mechanism.

15. The relations among crank angle, crank length, coupler length and rocker length on the rocker position using the Four- bar mechanism.

16. Position analysis of linkages: Quick-return mechanism