In the driveline industry, innovation can only be achieved when the use of new or novel technologies or methods are […]
The last phase in sizing a gear pair is to specify the flank line and profile modifications, also known as […]
Right-angle bevel gears are a particular case of intersected-axis gearing (further Ia-gearing) with an arbitrary value of the shaft angle. […]
Introduction Elemental inspection of gears is commonly carried out with computer numerically controlled (CNC) machines. While these range from special […]
The most exhaustive experimental study quantifying gear tooth friction is by Yoshizaki [1], in which spur gears with various geometries […]
Abstract In this study, a non-linear dynamics model of Ravigneaux compound planetary gearsets which adopts the intermediate floating component is […]
Introduction The efficiency of drivetrain components is quickly becoming a significant research area pushed by the intensifying quest for improved […]
Introduction Face gears typically have a straight or skewed tooth line and varying tooth profile in normal cross section at […]
Introduction Gears that are smaller, cheaper, and equipped with more efficient power transmission are the ongoing objective of gear designers. […]
Crossed-axis helical gears (non-enveloping) is a method of transferring motion when using non-parallel axis shafts. These shafts are typically at […]
Weight reduction is of great importance in the design of gearing for aerospace applications. Natural resonance responses of the gear […]
This paper pertains to gearing with non-parallel axes of rotation of the driving and the driven members. Examples of the […]
Application of asymmetric tooth gears for aerospace propulsion drives allows for considerably increased power transmission density, potentially increasing their load […]
Material science is the oldest of all science and engineering disciplines. It is not an overstatement to say that materials […]
Gear root form is an important but often neglected element of the gear. The stress concentration point typically lies in […]
Many dimensions of the gears and the toothing are determined that have significant influence on load capacity and noise excitation. […]
KISSsoft’s contact analysis software is widely used because it calculates a wide variety of characteristics of interest for gears that […]
This paper describes the work performed to reduce first order gear mesh vibration, which was the root cause of an […]
A wide choice of surface roughness parameters is available to characterize components such as gears or bearings, with the goal […]
When designing gears, the size, weight, and manufacturing cost can be influenced to a great extent by both strategically splitting […]