Abstract
Determination of angular acceleration of the rotating driving member of planar mechanisms by the method of guessing
Highlights
The aim of this work is to present a new method in which the angular acceleration of the driving rotary member the mechanism can be determined directly, independently of the force determination in the kinematic pairs of the mechanism
We will use a method of mechanism reduction while arbitrary guessing the unknown angular acceleration of the driving member
This new method can generally be applied to all planar mechanisms
Summary
The aim of this work is to present a new method in which the angular acceleration of the driving rotary member the mechanism can be determined directly, independently of the force determination in the kinematic pairs of the mechanism. We will use a method of mechanism reduction while arbitrary guessing the unknown angular acceleration of the driving member. This new method can generally be applied to all planar mechanisms
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