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Unit - 1 Introduction To Vectors And Tensors And Coordinated System
UNIT 1
INTRODUCTION TO VECTORS AND TENSORS AND COORDINATED SYSTEM
1.1 Introduction to vectors and tensors and coordinated systems
1.2 Vectors and tensors algebra
1.3 Indicial notation
1.4 Symmetric and Skew symmetric tensors
1.5 Eigen values and principle axis
Unit - 3 Kinematics Of Rigid Body
MODULE 3
KINEMATICS OF RIGID BODY
3.1 Dentition and motion of rigid body
3.2 Rigid bodies as coordinate system
3.3 Angular velocity of rigid body and its rate of change
3.4 Distinction between 2 and 3 dimensional rotational motion
3.5 Integration of angular velocity to find orientation
3.6 Five term acceleration formula
Unit - 4 Kinetics Of Rigid Body
UNIT 4
KINETICS OF RIGID BODY
4.1 Angular momentum about a point
4.2 Inertia tensor
4.3 Principal moments and axes of inertia
4.4 Parallel and perpendicular axes theorems
4.5 Mass moments of inertia of symmetrical bodies cylinder sphere cone etc.
4.6 Area moment of inertia and polar moment of inertia
4.7 Forces and moments
Unit - 5 Free Body Diagram
UNIT 5
FREE BODY DIAGRAM
5.1 Freebody Diagram
5.2 Example on modelling of typical supports and joints and discuss on the kinematic and kinetic constraints that they impose
Unit - 6 General Motion
UNIT 6
GENERAL MOTION
6.1 General Planar motion
6.2 Free or steady precession
6.3 Gyroscopes
6.4 Rolling coin
Unit - 7 Bending Moment
UNIT 7
BENDING MOMENT
7.1 Transverse loading on beams
7.2 Shear force and bending moment in beams
7.3 Analysis of cantilevers
7.4 Simply supported beams and overhanging beams
7.5 Relationship between loadings
7.6 Shear force and bending moment diagram
Unit - 8 Torsional Motion
UNIT 8
TORSIONAL MOTION
8.1 Torsion of circular shaft
8.2 Derivation of torsion equation
8.3 Stress and deformation in circular and hollow shaft
Unit - 9 Friction
UNIT 9
FRICTION
9.1 Concept of friction
9.2 Laws of coulomb friction
9.3 Angle of repose
9.4 Coefficient of friction
Download EE Second Year syllabus pdf
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Other Subjects of second-year
Analog electronics
Digital electronics
Signals and systems
Electromagnetic fields
Electrical machines – i
Electrical circuit analysis
Mathematics – iii (probability and statistics)
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