Hammer Blow| Balancing| Dynamics of Machine| Mechanical engineering| Lecture| in Hindi

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Dynamics of Machine (5th sem Mechanical GTU)

Syllabus of Dynamics of Machine Subject
   • Syllabus DOM| 5th sem Mechanical| GTU  
Most IMP Questions in DOM Subject
   • Most IMP questions in DOM Subject| 5th sem...  
Chapter 1 Dynamic force analysis of mechanism
1) Introduction to Dynamics ( D’Alembert Principle)
   • Part 1 D Alembert Principle| Intro. to Dyn...  
2) Compound Pendulum Method for find out Radiation of Gyration
   • Part 2 Compound Pendulum Method for find o...  
3) Equivalent Length of Simple Pendulum
   • Part 3 Equivalent Length of Simple Pendulu...  
4) Bifilar Suspension system
   • Part 4 Bifilar Suspension system| Intro to...  
5) Trifilar Suspension system
   • Part 4.1 Trifilar Suspension for find out ...  
6) Dynamically Equivalent System
   • Part 5 Dynamically Equivalent System| Intr...  
7) Correction Couple
   • Part 6 Correction Couple| Introduction to ...  
8) Force Analysis of I C Engine Mechanism
   • Part 7 Force analysis in I C Engine Mechan...  
9) Example for Force Analysis
   • Part 8 Example of Force Analysis in I C En...  

Chapter 2 Balancing
10) Balancing of rotating mass part 1 (Need of Balancing, Static and dynamics of balancing)
   • Balancing Part 1|Balancing of rotating mas...  
11) Balancing of rotating mass part 2 (Method of Balancing of rotating mass)
   • Balancing Part2|Balancing of rotating mass...  
12) Balancing of rotating mass part 3
   • Balancing Part3|Balancing of rotating mass...  
13) Balancing of rotating mass part4
   • Balancing Part 4|Balancing of rotating mas...  
14) Balancing of Rotating Mass Part 5
   • Balancing Part 5|Balancing of Rotating Mas...  
15) Balancing of Rotating Mass Part 6
   • Balancing Part 6|Balancing of Rotating Mas...  
16) Balancing of Rotating Mass Part 7
   • Balancing Part 7|Balancing of Rotating Mas...  
17) Balancing of Rotating Mass Example Part 8
   • Balancing Part 8|Balancing of Rotating Mas...  
18) Balancing of Rotating Mass Part 9
   • Balancing Part 9|Example for Balancing of ...  
19) Balancing of Rotating mass Part 10
   • Balancing Part 10|Example for Balancing of...  
20) Balancing of Reciprocating mass Part 11
   • Balancing Part 11| Balancing of reciprocat...  
21) Balancing of Reciprocating mass Part 12
   • Balancing Part 12| Partial balancing of Re...  
22) Balancing of Reciprocating mass Part 13
   • Balancing Part 13| Balancing of Multi cyli...  
23) Balancing of Reciprocating mass Part 14
   • Balancing Part 14|Example Balancing of Mul...  
24) Balancing of reciprocating mass Part 15
   • Balancing Part 15|Example for Balancing of...  
25) Concept of Direct crank and Reverse Crank Part 16
   • Balancing Part 16|Concept of Direct Crank ...  
26) Partial balancing of locomotive
   • Balancing of locomotive| Dynamics of Machi...  
27) Tractive force
   • Tractive force| Partial balancing of locom...  
28) Swaying Couple
   • swaying couple| Partial balancing of locom...  

Chapter 3 Flywheel
29) Flywheel
   • Flywheel|fluctuation of energy|Coefficient...  

Chapter 4 Gyroscope
30) Gyroscope, Gyroscopic effect, Gyroscopic Couple, Gyroscopic effect on plane
   • Gyroscope|Gyroscopic effect| Gyroscopic Co...  
31) Gyroscopic effect on aeroplanes
   • Gyroscopic effect on aeroplanes|Gyroscope|...  
32) Gyroscopic effect on ship during pitching
   • Gyroscopic effect of ship during pitching|...  
33) Gyroscopic effect on ship during Steering
   • Gyroscopic effect of ship during steering|...  
34) Example 1 for Gyroscopic effect on ship
   • 1. Example for Gyroscopic effect on ship| ...  
35) Example 2 for Gyroscopic effect on ship
   • 2. Example for Gyroscopic effect on ship| ...  
36) Example Gyroscopic effect on aeroplane
   • Example for gyroscopic effect on aeroplane...  
37) Stability of four wheel vehicles, Gyroscope
   • Stability of four wheel vehicles| Gyroscop...  
38) Stability of two wheel vehicles moving in curve path, Gyroscope
   • Stability of two wheel vehicles moving in ...  
39) Example for Stability of Four wheel vehicle
   • Example for Gyroscopic effect on four whee...  
40) Example for Stability of two wheeler vehicle
   • Example for Gyroscopic effect on two wheel...  

Chapter 5 Vibrations
41) Vibration part 1| Introduction to Vibrations
   • Vibrations part 1| Introduction to Vibrati...  
42) Vibration part 2| Basic Terms of Vibration
   • Vibrations Part 2| Basic Terms of Vibratio...  
43) Vibration part 3| Types of Vibration
   • Vibrations Part 3| Types of Vibration| lon...  
44) Vibration part 4| Equivalent Spring Stiffness
   • Vibrations Part 4| Equivalent Spring Stiff...  
45) Vibration part 5| Undamped free vibration
   • Vibrations Part 5| Undamped free vibration...  
46) Vibration part 6| Equilibrium method for find out natural frequency|
   • Vibrations Part 6| Equilibrium method for ...  
47) Vibration part 7| Energy method for find out natural frequency
   • Vibrations Part 7| Energy method for find ...  
48) Vibration part 8|Rayleigh method for find out natural frequency
   • Vibration part 8|Rayleigh method for find ...  
49) Vibration part 9| Types of Damping| Damped free vibration
   • Vibration part 9| Types of Damping| Damped...  
50) Vibration part 10| Differential equation of motion for free damped vibration
   • Vibration part 10| Differential equation o...  
51) Vibration part 11|Critical damping coefficient and damping factor
   • Vibration part 11|Critical damping coeffic...  
52) Vibration part 12| Over damped, Critically damped and Under damped system
   • Vibration part 12| Over damped, Critically...  
53) Vibration part 13| logarithmic Decrement
   • Vibration part 13| logarithmic Decrement| ...  

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