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Jharkhand University of Technology, Jharkhand
Mechanical Engineering
Theory Of Machines
Jharkhand University of Technology, Jharkhand, Mechanical Engineering Semester 4, Theory Of Machines Syllabus
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Unit - 1 Classification Of Mechanisms
Unit 1
Classification of mechanisms
1.1 Classification of mechanisms Basic kinematic concepts and DefinitionsDegree of freedom
1.2 Mobility Grashof’s law
1.3 Kinematic inversions of four bar chain and slider crank chains
1.4 Limit proportions
1.5 Mechanical advantage
1.6 Transmission angle
1.7 Description of some common mechanismsQuick return mechanism
1.8 Straight line generators
1.9 Universal Joint
1.10 Rocker mechanism
Unit - 2 Displacement
Unit 2
Displacement
2.1 Displacement
2.2 Velocity
2.3 Acceleration analysis of simple mechanisms
2.4 Graphical velocity analysis using instantaneous centers
2.5 Velocity and acceleration analysis using loop closure equation
2.6 Kinematics analysis of simple mechanisms
2.7 Slider Crank Mechanism dynamics
2.8 Coincident points
2.9 Coriolis component of acceleration
2.10 Introduction to linkage synthesis
2.11 Three position graphical synthesis for motion and path generation
Unit - 3 Classification Of Cams And Followers
Unit 3
Surface contacts
3.1 Classification of cams and followers –Terminology and definitions
3.2 Displacement diagrams
3.3 Uniform velocity
3.4 Parabolic simple harmonic and cycloidal motions
3.5 Derivatives of follower motion
3.6 Specified counter cams
3.7 Circular and tangents cams
3.8 Pressure angle and undercutting
3.9 Sizing of cams
3.10 Graphical and analytical disc camprofile synthesis for roller and flat face followers
Unit - 4 Involute And Cycloidal Gear Profiles
Unit 4
Involute and cycloidal gear profiles
4.1 Involute and cycloidal gear profiles
4.2 Gear Parameters
4.3 Fundamental law of gearing and conjugate action
4.4 Spur gear contact ratio and interferenceundercutting
4.5 Helical bevel worm rack pinion gears
4.6 Epicyclic and regular gear train kinematics
Unit - 5 Surface contacts
Unit 5
Surface contacts
5.1 Surface contacts
5.2 Sliding and rolling friction
5.3 Friction drives
5.4 Bearings and lubrication
5.5 Friction clutches
5.6 Belt and rope drives
5.7 Friction in brakes
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Other Subjects of Semester-2
Applied thermodynamics
Manufacturing process-i
Electronics & instrumentation engg.
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