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Course Weekly Lecture Plan

Week Topic
1 WEEKSUBJECT
1 & 2 INTRODUCTION, FORCE and MOMENT
Introduction
Planar Forces: Magnitude, Direction, Sense, Components
Resultants
3 & 4 EQUILIBRIUM in PLANE
Principles of Statics, Resultant of a force, Equilibrium of Particle
Moment of a Force, Couple, Reduction of a force to a point
Reduction of a force system to a point, Equilibrium of rigid body
5 CENTROID
Weight force, Centroid of planar areas and curves
Compound plates and wires, Pappus-Guldinus theorem
6 EQUILIBRIUM of a PLANAR RIGID BODY
FBD, Types of connections, Two force members
Planar structures, Loads in planar structures
Supports of planar structures, Equilibrium of a rigid body
Hinged systems
8 TRUSSES and FRAME SYSTEMS
Truss systems, Analysis of trusses
Combined trusses, Frame systems
9 INTERNAL LOADINGS
Mechanics of deformable bodies, Beams, Internal loadings
Method of section
10 NORMAL FORCE
Axial normal force, Units, Stress-strain relation
Thermal effects, Allowable stress
11 AREA MOMENTS of INERTIA
First and second moment of an area, Parallel-axis theorem
13 TORSION
Torsion of rods, Shear stress-unit rotation,
Design, Over fixed system
14 BENDING
Definitions, Bending assumptions, Pure bending
 
 
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