Theory Of Machine Study Notes (Hand Written) TOM

Theory of Machine Handwritten Notes

These Theory of Machine or Kinematics of machine Study notes will help you to get conceptual deeply knowledge about it. We are here to provides you Best Study Notes from Best coachings like Made easy, ACE academy etc.. and from best institutions like MIT (Open Course), IIT (NPTEL), Carleton University, Carlos III de Madrid University, CREC Tirupati etc.., which could be help you to understand concepts to crack any kind of Competition exams Like GATE, IES / ESE, SSC etc… The biggest Benefit of these notes i.e. all Handwritten & Digital Notes are Free.

CONTENT INDEX

Following Topics Are Covered In Theory of Machine Handwritten Notes:

Simple Mechanisms of Theory of Machine:

Kinematic link or elements
Relative motions
Kinematic pairs
Joints
Kinematic chain
Degree of freedom (mobility)
Grubler’s equation
Kutzback equation
Grashof’s law
Mechanism (Quick return mechanism, Scotch-Yope mechanism, Watt’s Indicator mechanism, Steering gear mechanism, Intermittent motion mechanism, Toggle mechanism)

Velocity Analysis:

Instantaneous center method application
Kennedy’s theorem
Graphical representation
Relative velocity method
Acceleration analysis
Klein’s construction
Coriolis acceleration
kinematic and Dynamic analysis of single slider crank mechanism
Main function of flyweel
Requirement of flywheel in multi cylinder engines
Designing of flywheel rim

Gyroscope:

Angular Acceleration
Gyroscopic effect on aircraft turning
Turning of ship
Ship during pitching

Gears:

Classification of gears
According to the axis of shaft connects
According to the type of gearing
General gear terminology
Pitch circle
Law of gearing
Analysis of involute gearing
Arc of contact
Interference
Method to prevent interference
Velocity ratio
Cycloidal profile

Gear Train:

Simple gear train
Compound gear train
Reverted gear train
Epi-cyclic gear cycle
Planetary gear trains

Balancing:

Rotating unbalance
Resiprocating unbalance
Dynamic balancing
Balancing of reciprocating masses

Vibration:

Natural vibration
Spring mass system
Torque method
Torsional vibration
Rayleigh method
Longitudinal vibrations
Transverse vibration
Damped system
Vibration isolation
Whirling of shaft

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Other Theory of Machine Handwritten & Lecture Notes

Theory of Machine Notes (References)
TOPIC / SUBJECT	TYPE / REFERENCE	LINK
Theory of Machine & Vibration 408	Hand Written	Click Here
Theory of Machine (old) 143	Hand Written	Click Here
Theory of Machine 178	Hand Written (eoyft)	Click Here
Theory of Machine (L) 217	Hand Written	Click Here
Theory of Machine 270	Hand Written (eoyft)	Click Here
TOM (NY) 180	Hand Written	Click Here
TOM (Short Notes) NY 1	Hand Written (cnsm)	Click Here
TOM (Short Notes) NY 2	Hand Written (cnsm)	Click Here
TOM (Short Notes) Taran	Hand Written (cnsm)	Click Here
TOM (Mechanism) 40	Hand Written	Click Here
Theory of Machine 88	Hand Written	Click Here
Theory of Machine (S.K Mondal)	Digital (g16)	Click Here Click Here

Lecture Notes
Dynamics and Control I	MIT Open Course	Click Here
How and Why Machines Work	MIT Open Course	Click Here
Kinematics of Mechanisms and Machines (Video)	NPTEL Open Course	Click Here
Kinematics of Machines (Video)	NPTEL Open Course	Click Here
Advanced Kinematics	Carleton University	Click Here
Machine Theory	University Carlos III de Madrid	Click Here
Kinematics (Best)	Universiti Malaysia Perlis	Click Here
Introduction to Mechanisms and Kinematics	University of Central Oklahoma	Click Here
Kinematics of Machinery	CREC Tirupati	Click Here
Kinematics of Machinery	MRCET	Click Here