Gear pairs effectively transmit power and movement over short distances. Their design is
well-defined in the technical literature, including standards and handbooks. However, the …

The mechanical properties of polymer gear transmissions are dependent on the operating
temperature. Therefore, the prediction of the temperature of polymer gears is an important …

The advancement in materials and lubrication has significantly improved the load-carrying
capability of polymer gears, making them ideal for replacing metallic gears in power …

The main purpose of the present study is to assess the failure behavior of polyoxymethylene/
carbon black/CaCO 3 ternary nanocomposite gears by employing an experimental gear test …

This article describes an investigation that has been conducted to assess the effects of the
contact pattern design on the mechanical and thermal behaviors of plastic-steel helical gear …

In this research work an extensive review on use of advance materials and performance of
polymer gears. Further, literature on polymer gears has been divided into four divisions …

This paper aims to optimize the two-stage helical pairs (TSHPs) in a helical hydraulic rotary
actuator (HHRA) in terms of volume, transmission efficiency, and maximum contact stress …

As a result of polymer materials development and the use of additive manufacturing
technologies, gear wheels made of polymer materials are becoming widespread in many …

Nowadays, several machinery and vehicles utilize me-chanical elements which transmit
power ranges from low, middle, and high levels depending on the type of equipment …

Design-optimization of power transmitted elements such as gears is a complicated process
to accomplish as the mathematical model acquires to be in compliance with the optimization …