Based on the parameters that define a gear (N, Φ, Pd, K1, K2), develop a mathematical algorithm, presenting it in the form of a flow diagram, with explicit, consistent and determined scalar equations, to obtain the tooth thickness along the circle that is precisely halfway between the passing circle and the addendum circle of said gear.
Based on the parameters that define a gear (N, Φ, Pd, K1, K2), develop a mathematical...
Based on the parameters that define a pair of coupled equal gears (N, , Pd, K1, K2), develop a mathematical algorithm (the simplest possible), presenting it in the form of a flow diagram, with explicit scalar equations, consistent and determined, to obtain: the contact ratio, with which this system of coupled gears will operate. N= Number of teeth Pd= Pitch diameter