Tooth bending strength of gears with a progressive curved path of contact
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 …
a progressive curved path of contact, or so-called S-gears. Systematic gear meshing …
An innovative tooth root profile for spur gears and its effect on service life
An innovative approach to the design of the gear-tooth root-profile, and its effects on the
service life is reported in this paper. In comparison with the widely used trochoidal and the …
service life is reported in this paper. In comparison with the widely used trochoidal and the …
Parametric investigation of the combined effect of whole depth and cutter tip radius on the bending strength of 20 involute gear teeth
Standard 20° spur gears are typically generated with a whole depth of 2.2–2.25 times the
module. At the nominal centre distance, this leaves a radial clearance, which is in itself …
module. At the nominal centre distance, this leaves a radial clearance, which is in itself …
Generalised non-dimensional multi-parametric involute spur gear design model considering manufacturability and geometrical compatibility
A generalised non-dimensional multi-parametric model for involute spur gear design is
presented, considering manufacturability and geometrical compatibility, where the latter …
presented, considering manufacturability and geometrical compatibility, where the latter …
A novel semi-analytical method for fillet foundation deflection calculation in presence of a tooth crack propagating into the rim of a spur gear
S Mahapatra, AR Mohanty - Engineering Failure Analysis, 2024 - Elsevier
Existing analytical approaches for calculating fillet foundation deflections in spur gear
struggle to adequately address the complexities introduced by tooth cracks, particularly as …
struggle to adequately address the complexities introduced by tooth cracks, particularly as …
[HTML][HTML] A novel fillet form for non-generation cutting gear teeth
AW Hussein, MQ Abdullah - Results in Engineering, 2022 - Elsevier
Tooth fillets are commonly made of circular profiles because they are easy to define
analytically and have been shown to be superior from a bending perspective to the trochoid …
analytically and have been shown to be superior from a bending perspective to the trochoid …
Static and vibration analysis of functionally graded gears
In this study, static and vibration analyses of functionally graded gears (FGGs) have been
performed using the FE-based numerical method. The gear body is divided into uniform …
performed using the FE-based numerical method. The gear body is divided into uniform …
Optimization of tooth root profile of spur gears for maximum load-carrying capacity
Increasing the strength of the gear tooth is a recurrent demand from industry. The authors
report a novel approach to the design of tooth-root profile of spur gears using cubic splines …
report a novel approach to the design of tooth-root profile of spur gears using cubic splines …
Modeling and analysis of vibration-induced changes in connector resistance of high power electrical connectors for hybrid vehicles
High power connectors used in hybrid vehicles are exposed to vibrations that cause
changes in connector resistance. When vibration starts, the connector resistance increases …
changes in connector resistance. When vibration starts, the connector resistance increases …
Four-parametric design study of the bending strength of circular-fillet versus trochoidal-fillet in gear tooth design using BEM
Circular fillet pinions are designs of superior bending strength evolved as substitutes to the
standard trochoidal fillet design. However this has only been verified considering gears of …
standard trochoidal fillet design. However this has only been verified considering gears of …