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

An accurate calculation of the maximum tooth root stress (TRS) and critical section location
(CSL) provides a basis for predicting and improving gear performance. The irregular profile …

Abstracts This paper presents a procedure for the geometric synthesis of heavy-duty,
cylindrical gear drives. Particularly tooth profile forms were generated here which have …

This study aims to develop an integrated computational framework for the reliability-based
design optimization (RBDO) of wind turbine drivetrains to assure the target reliability under …

Fillets are usually the most critical regions in mechanical parts especially under fatigue
loading, considering that an increase in the maximum stress level considerably shortens the …

As a result of the inadequate carrying capacity and poor meshing performance of gears with
a few teeth, the reasonable and optimal choice of parameters is a key step in design. Aiming …

Short fibre reinforced thermoplastics are being considered for light-and medium-duty
engineering applications because of their improved mechanical strength combined with cost …

In this paper, effects of root fillet geometry and tooth asymmetry on tooth bending stresses
and fatigue lives of spur gears are investigated. For this purpose, an existing gear analysis …

A new meshing relationship for gear drive to characterize the conjugation geometry is
studied in this paper based on conjugate curves. Conjugate curves are described as two …

Spur gears are widely used transmission components. In the traditional design process, the
noninvolute part of the tooth profile curve is difficult to describe with mathematical equations …