High-strength gears are crucial components in high-end industrial equipment, such as deep-
sea submarines, aircraft engines, aerospace vehicles, nuclear power plants, special …

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 potential for replacing the fossil-based Polyoxymethylene (POM) and Polyamide 66 (PA
66) in polymer gear applications with a bio-based Polyamide 6.10 (PA 6.10) was studied …

In polymer melt processing, the heat transfer coefficient (HTC) determines heat flux across
the polymer/mould interface for both conventional and micro injection moulding (µIM), and is …

In the process of dynamic modelling and vibration response simulation for the high-speed
gear transmission system, complex structures with a high degree of freedom (DOF) often …

Polymer gears have shown potential in power transmission by their comprehensive
mechanical properties. One of the significant concerns with expanding their applications is …

The engineering characteristics of polymer gears, such as wear and fatigue resistance, are
dictated by the underlying processes that take place during the gear meshing phase. These …

A reliable method of optimization of polymer gears remains, to date, an open challenge, due
to the lack of specific material characterization of polymers and to the complex nonlinear …

A systematic combination of experimental and numerical methods was employed in a
comprehensive study on the high-cycle tooth bending fatigue of polymer gears with a …

Spur gears are widely applied in transmissions of heavy load cases, such as turbines, ships,
mining devices, and other industrial applications. Increasing the tooth root bending strength …