Kinematics: A Graphical ApproachFor courses in Graphical Kinematics or Kinematics. Using many examples and illustrations, this text describes a graphical approach instead of complex analytical methods as the tool for solving the various problems of kinematics. |
Contents
VECTORS | 9 |
DISPLACEMENT VELOCITY AND ACCELERATION | 16 |
DISPLACEMENT OF MECHANISMS | 30 |
Copyright | |
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Common terms and phrases
acceleration analysis acceleration of point addendum circle angular acceleration angular velocity axis base circle base curve belt body cam curve centrode chain circular pitch component constant angular velocity construction counterclockwise crank cycloidal determined diametral pitch disk displacement diagram distance drawing drawn driving epicyclic gear epicyclic train equal equation fixed link gear train graphical inertia force instant center intersection involute gears kinematic length linear velocity located machine mechanism shown method move normal acceleration number of teeth parallel path perpendicular piston pitch circle pitch diameter pivot center point on link pole position pressure angle pulleys radial radians per second radius relative motion revolution rotation shaft shown in Figure simple harmonic motion Space scale speed ratio sprocket spur gears straight line stroke surface tangent tangential acceleration tooth train value triangle vector velocity and acceleration velocity of point velocity polygon velocity ratio Velocity scale worm gear