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 design optimization of mechanical system components, like bearings, pulleys, springs,
etc. is an essential issue due to the current competitive market. The performance of any …

The study aims to investigate the possibility of employing machine learning models in the
design of non-involute gears. Such a model would be useful for design calculations of non …

The article presents a comprehensive study on the tooth bending strength of spur gears with
a progressive curved path of contact, or so-called S-gears. Systematic gear meshing …

In this paper a multi-objective optimization method of hypoid gears correlating to the
operating characteristics is presented. Optimal design of hypoid gears demands that …

The electrification of vehicle powertrains and the expected engineering labor shortage are
ongoing key challenges in the gear transmission development. Because traditional methods …

Reverse engineering plays an important role in the manufacturing and automobile industries
in designing complicated spare parts, reducing actual production time, and allowing for …

Predictive simulations of human motion are a precious resource for a deeper understanding
of the motor control policies encoded by the central nervous system. They also have …

An effective infrastructure asset management (AM) system is crucial for utilities, city officers,
government agencies, and other asset-owning organizations to facilitate navigating the …

In many power transmission high-performance applications, the weight of the gear train is
required to be minimized. The weight minimization of a spur gear train as an objective …