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Dr A.P.J. Abdul Kalam Technical University, UP (AKTU), Civil Engineering Semester 3, ENGINEERING MECHANICS Syllabus
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Unit - 1 Introduction to Engineering Mechanics
Unit – 1
Introduction to Engineering Mechanics
1.1 Introduction to Engineering Mechanics Force Systems Basic concepts
1.2 Rigid Body equilibrium
1.3 System of Forces
1.4 Coplanar Concurrent Forces
1.5 Components in Space Resultant Moment of Forces and its Applications
1.7 Components in Space Moment of a Force
1.6 Couples and Resultant of Force System
1.93 T2 1000
1.7 Equilibrium of System of Forces
1.8 Free body diagrams
1.9 Equations of Equilibrium of Coplanar Systems
1.10 Friction Types of friction
1.11 Limiting Friction
1.12 Static and Dynamic Friction
1.13 Laws of Friction
1.14 Motion of Bodies
155.9 μR1 μ W – 90
190.5 μ.R2 μ W 110 ...ii
155.9 W 17 149 190.5 W – 17 145
34.6 W 34 294
155.9 μ 991.2 – 90 901.2 μ
1.15 Wedge Friction
1.16 Screw Jack and Differential Screw Jack
Unit - 2 Centroid and Centre of Gravity
Unit 2
Centroid and Centre of Gravity
2.1 Centroid and Center of Gravity
2.2 Centroid of simple figures by first principle.
2.3 Centroid of composite sections
2.4 Center of Gravity and its implications
2.5 Area moment of inertia Definition
2.6 Moment of Inertia of Plane sections from first principle
2.7 Theorems of Moment of Inertia
2.8 Moment of Inertia of standard sections and composite section
2.9 Mass moment inertia of circular plate Cylinder Cone Sphere Hook
Unit - 3 Basic Structural Analysis
Unit 3
Basic Structural Analysis Covering
3.1 Equilibrium in Three Dimensions
3.2 Analysis of simple trusses by method of sections method of joints
3.3 Zero force members
3.4 Simple beams and support reactions
Unit - 4 Review of particle dynamics
Unit 4
Review of particle dynamics
4.1 Rectilinear Motion
4.2 Plane curvilinear motion
4.3 Work – Kinetic energy principle
4.4 Power
4.5 Potential Energy
4.6 Impulsemomentum
4.7 Impact
Unit - 5 Introduction to Kinetics of Rigid Bodies
Unit 5
Introduction to Kinetics of Rigid Bodies
5.1 Basic terms and general principles in dynamics
5.2 Types of motion
5.3 Instantaneous center of rotation in plane and simple problems
5.4 D’Alembert’s principle and its application in plane motion and connected bodies
5.5 Work energy principle and its application in plane motion and connected bodies
5.6 Kinetics of rigid body rotation
5.7 Virtual Work and Energy Method – Virtual displacement
5.8 Principle of virtual work for particle and ideal system of rigid bodies
5.9 Applications of energy method for equilibrium
5.10 Stability of equilibrium
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