Week | Lecture | Topic / Content |
1
|
1 2 3
|
1-force
– Scalars and vectors – Introduction to Vector Operation – Vector addition, vector subtraction and resolution of vector |
2
|
4 5 6
|
– Vector addition of forces – Cartesian Vectors – Addition/subtraction of Cartesian vectors Quiz |
3
|
7 8 9
|
– Force vector directed along a line |
4
|
10 11 12
|
– Condition for the Equilibrium of a Particle – The Free-body diagram – Coplanar force systems |
5
|
13 14 15 |
4.0 Force System Resultants – Moment of a force-scalar formulation – Cross product – Moment of a force -vector formulation Test 1
|
6
|
16 17 18
|
– Principle of moments – Moment of a couple
|
7
|
19 20 21 |
– Further reduction of a force and couple system |
Week | Lecture | Topic / Content |
8 | MID SEMESTER BREAK | |
9
|
22
23 24 |
5.0 11-equilibrium-og-a-rigid-body – Conditions for Rigid Body Equilibrium – Equilibrium in 2D – Equilibrium in 3D
|
10
|
25 26 27 |
6.0 Structural Analysis – Method of joints – Zero-force members
|
11 |
28 29 30 |
– frames – Machines Test2
|
12
|
31
32 33 |
7.0 center-gravity – Center of gravity and center of mass for a system of particles – Center of gravity, center of mass and centroid for a body
|
13
|
34
35 36 |
– composite-bodies
– Theorems of Pappus and Guldinus
|
14
|
37
38 39 |
8.0 dry-fiction – Characteristics of dry friction – Problems involving dry friction |
15
|
40
41 42 |
– wedges
Test 3 |
16-18 |
|
REVISION WEEK AND FINAL EXAMINATION |