gear noise | Gear Technology Magazine

Inspection at Nano Level

Gleason

October 31, 2022

Gleason’s new 300GMS nano Gear Metrology System is built for today’s unprecedented transmission noise challenges and tooth form quality requirements. Transmission noise challenges? Go nano.

Inspection at Nano Level

Gleason

October 31, 2022

No Comments

Gleason’s new 300GMS nano Gear Metrology System is built for today’s unprecedented transmission noise challenges and tooth form quality requirements. Transmission noise challenges? Go nano.

Klingenberg Offers New Dates for WebSeminar Series

March 23, 2022

From April to June 2022, prospective attendees will again have the opportunity to learn about current trends and the latest happenings at Klingelnberg. After so many exhibitions were canceled in 2020 due to the coronavirus pandemic, Klingelnberg took the initiative of launching its own WebSeminar series.

Gleason Offers e-Drive Days

March 22, 2022

Gleason is offering an online event to learn about design, manufacturing and inspection of e-drive gears.

Psychoacoustic Optimization of Gear Noise - Chaotic Scattering of Micro Geometry and Pitch on Cylindrical Gears

September 1, 2021

A validated simulation model is used to analyze more in-depth investigations into the influence of a stochastic course of the pitch error on the quasi-static excitation behavior.

Understanding and Controlling the Source of Gear Noise

August 1, 2021

Addressing one of the most talked about noise sources — gears.

Gear Noise Cause of a Different Stripe

May 1, 2021

“ It is very hard to find out any paper regarding ‘tiger stripes’ failure, created by electrical discharge current over the gear teeth.” I wish to have some more information on this issue + how it affects the vibration / noise signatures; why does it creates the tiger stripes profile; how deep are the pittings; why does it create the noise and the possibility of running a gear with this failure?”

Shake, Rattle and Roll

June 1, 2018

Software Providers Examine the Dynamic Behavior of Gear Noise.

Detailed Computer Model of Gearbox Reduces Design Time

March 1, 2006

LMS International helped a Fiat subsidiary develop a new, dynamic vibro-acoustic prediction method to reduce design time and engineering costs through accurate prediction of gear noise in the design phase.

Design Robustness and it Effect on Transmission Error and Other Design Parameters

March 1, 2003

Transmission errors, axial shuttling forces and friction result in bearing forces that serve as the major excitations of gear noise. This paper will use these factors as well as gear stresses and tribological factors to assist in obtaining optimal gear designs.