Kinematics Of Machinery

Velocity And Acceleration Of A Piston Velocity And Acceleration Of A Piston Notes
  A reciprocating engine derives its power from the vertical motion of a piston within individual cylinders of the engine. The up-down motion of the piston, also known as reciprocating motion, is converted into rotary motion by use of a crankshaft. Such a mechanism
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Machining Process Used to Produce Various Shapes Machining Process Used to Produce Various Shapes  Notes
  Addition to producing various external or internal round profiles,cutting operations can produce many other parts with more complex shapes
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Pantographs Pantographs Notes
  Pantographs:In the world,As a tool Pop-ups Pantograph related motions Rotations
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Kinematic Analysis Kinematic Analysis Notes
  The kinematic constraint equations corresponding to the natural coordinates were explained in detail in Chapter 2, both for planar and three-dimensional multibody systems.
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Gear - Review Gear - Review Notes
  Change torque, speed,Why we need gears Example: engine of a containership
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Gears - Overview Gears - Overview Notes
  Gears are most often used in transmissions to convert an electric motor’s high speed and low torque to a shaft’s requirements for low speed high torque
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Gear Gear Notes
  Power transmission is the movement of energy from its place of generation to a location where it is applied to performing useful work
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Frictions Frictions Notes
  In preceding chapters, it was assumed that surfaces in contact were either frictionless (surfaces could move freely with respect to each other) or rough (tangential forces prevent relative motion between surfaces).
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Degree of Freedom Degree of Freedom Notes
  Definition Degrees of Freedom,Determining Degrees of Freedom/mobility of a mechanism,Mechanisms and Structures Mobility Analysis of Mechanisms
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Clutches and Brakes Clutches and Brakes Notes
  Recognize the basic geometries of clutch and brake systems., Calculate the frictional forces and torque capabilities in brake systems. Understand the principles of heat generation and heat removal from brake systems.
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CAMS CAMS Notes
  A Cam is a mechanical element used to drive another element, a follower, through a specified motion by direct contact. Follower motions having almost any desired characteristics are not difficult to design. By desired characteristics are typically meant the following: displacemen
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