Principles of Mechanism

action angle angular velocity appears arrangement axes axis band base beginning carried center of motion circumference coincide combination communicate cone connected constant construction continually corresponding crank curve dead point described diameter direction distance draw driver edge effect employed equal example extremity face figure fixed follower fraction frame give given greater groove half latter length line of centers lower machine manner means mechanism meet method motion move normal number of teeth obtained opposite pair parallel pass path perpendicular piece pinion pitch circle plane position practice principle produced pully rack radial radii radius represent respectively revolve rolling rotation round screw shown side sliding space supposed surface tangent teeth termed tooth train turn upper values varying velocity ratio wheel