| Lesson Plan |
| Name of Faculty : Will Be Assigned |
| Discipline : B.TECH (ME) |
| Semester : 5TH |
| Subject & Subject Code : Dynamics Of Machines & ME-301-F |
| Lesson Plan Duration : 15 Weeks (from July, 2018 to November, 2018) |
| Work Load (Lecture/ Tutorial ) per week (in hours) : Lecure-03, Tutorial-1 |
| Week |
Theory |
| 1st |
Lecture Day |
Topic |
| 1 |
Static force analysis of planer mechanisms |
| 2 |
dynamic force analysis of planer mechanisms |
| 3 |
inertia and frictional forces of planer mechanisms |
| Tutorial (G1) |
Numerical |
| 2nd |
1 |
engine types, indicator diagrams |
| 2 |
gas forces, equivalent masses |
| 3 |
Inertia forces, bearing loads in a single cylinder engine |
| Tutorial(G1) |
Numerical |
| 3rd |
1 |
crankshaft torque, engine shaking forces |
| 2 |
Numerical |
| 3 |
Numerical |
| Tutorial(G1) |
Numerical |
| 4th |
1 |
static balance, dynamic balance |
| 2 |
balancing of rotating masses |
| 3 |
two plane balancing, graphical methods |
| Tutorial(G1) |
Numerical |
| 5th |
1 |
two plane balancing, analytical methods |
| 2 |
balancing of rotors |
| 3 |
balancing machines, field balancing |
| Tutorial(G1) |
Numerical |
| 6th |
1 |
Balancing of single cylinder engine |
| 2 |
balancing of multi cylinder; inline |
| 3 |
Radial and V type engines, Firing order |
| Tutorial (G1) |
Numerical |
| 7th |
1 |
Revision & Numerical |
| 2 |
Revision & Numerical |
| 3 |
Revision & Numerical |
| Tutorial(G1) |
Numerical |
| 8th |
1 |
introduction, types of governors, characteristics of centrifugal governors |
| 2 |
gravity controlled |
| 3 |
spring controlled centrifugal governors |
| Tutorial(G1) |
Numerical |
| 9th |
1 |
hunting of centrifugal governors |
| 2 |
inertia governors |
| 3 |
types of dynamometers |
| Tutorial(G1) |
Numerical |
| 10th |
1 |
Prony brake dynamometers |
| 2 |
rope brake and band brake dynamometers |
| 3 |
Belt transmission dynamometer |
| Tutorial(G1) |
Numerical |
| 11th |
1 |
torsion dynamometer |
| 2 |
hydraulic dynamometer |
| 3 |
Numerical |
| Tutorial (G1) |
Numerical |
| 12th |
1 |
gyroscopes |
| 2 |
gyroscopic forces and couples |
| 3 |
gyroscopic stabilization |
| Tutorial(G1) |
Numerical |
| 13th |
1 |
ship stabilization |
| 2 |
stability of four wheel vehicles moving on curved paths |
| 3 |
stability of two wheel vehicles moving on curved paths |
| Tutorial(G1) |
Numerical |
| 14th |
1 |
Revision & numerical |
| 2 |
Revision & numerical |
| 3 |
Revision & numerical |
| Tutorial(G1) |
Revision & numerical |
| 1 |
Numerical |
| 15th |
2 |
Revision & numerical |
| 3 |
Revision & numerical |
| Tutorial(G1) |
Revision & numerical |
| 1 |
Revision & numerical |
