Bending Stresses of Internal Spur Gear Teeth

Influence of Addendum Modification Factor on Root Stresses in Normal Contact Ratio Asymmetric Spur Gears

Tooth root crack is considered as one of the crucial causes of failure in the gearing system and it occurs at the tooth root due to an excessive bending stress developed in the root region. The modern power transmission gear drives demand high bending load capacity, increased contact load capacity, low weight, reduced noise and longer life. These subsequent conditions are satisfied by the aid o...

Expert System Development for Spur Gear Design

Expert systems have experienced tremendous growth and popularity since their commercial introduction in the early 1980’s. Today, expert systems are used in business, science, engineering, manufacturing, medical diagnosing, chemical, and many other fields. Mechanical engineers are the major users, expert systems, are finding rapid application in industry for such tasks as analysis of quality con...

A study of the bending stresses in a Wildhaber-Novikov gear set

Spur Gear Design via Particle Swarm

This study aims to employ a nature inspired algorithm Particle Swarm (PS) to seek minimum center distance for desired life of a compact spur gear set to tranulsmit a given power satisfying a number of constraints imposed. The PS, which is relatively recent heuristic search technique, imitates social behavior of birds flocking by sharing information among their members in multiple dimensions in ...

Application Of Solid Modeling In Virtual Manufacturing Of Spur Gear

Manufacturing process of gear is fairly complicated due to the presence of various simultaneous motions of the cutter and the job. In this paper, an attempt is made to generate meaningful design data for a spur gear and the corresponding rack form cutter necessary for the manufacturing process. Using these information, solid models for the cutter and blank are developed and finally gear-manufac...