Zahnflankenkorrekturen gegen Geräuschanregung von Stirnrädern in Theorie und Praxis: Auslegung geräuscharmer Verzahnungen mit dem EDV-Programm DZP ("Dynamische Zahnkräfte Programm")

B. R. Höhn; P. Oster; S. Radev; T. Griggel

Zahnflankenkorrekturen gegen Geräuschanregung von Stirnrädern in Theorie und Praxis: Auslegung geräuscharmer Verzahnungen mit dem EDV-Programm DZP ("Dynamische Zahnkräfte Programm")

Translated title of the contribution: Tooth flanks corrections to counter excitation of noise by spur gears in theory and practice: Design of low noise toothing using the electronic data treatment (EDV) "Dynamic Tooth Forces Program" (DZP)

B. R. Höhn, P. Oster, S. Radev, T. Griggel

Chair of Machine Elements

Technical University of Munich

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

Abstract

The excitation from the tooth mesh can be seen as main reason for the noise and vibration behavior of a gearing. This excitation is decisively influenced by the gear geometry. That includes macro geometry as well as tooth flank modifications. In many cases the design of flank modifications needs to meet the requirements of high bearing strength and low excitation level. Furthermore dynamic effects (e.g. resonance behavior) are important for the excitation level of a gearing, especially for operation at variable speed. The software DZP ("Dynamic tooth force program") covers a wide range of computation in the field of gear excitation and dynamics.

Translated title of the contribution	Tooth flanks corrections to counter excitation of noise by spur gears in theory and practice: Design of low noise toothing using the electronic data treatment (EDV) "Dynamic Tooth Forces Program" (DZP)
Original language	German
Title of host publication	VDI Berichte
Pages	235-250
Number of pages	16
Edition	1968
State	Published - 2006

Publication series

Name	VDI Berichte
Number	1968
ISSN (Print)	0083-5560

Cite this

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title = "Zahnflankenkorrekturen gegen Ger{\"a}uschanregung von Stirnr{\"a}dern in Theorie und Praxis: Auslegung ger{\"a}uscharmer Verzahnungen mit dem EDV-Programm DZP ({"}Dynamische Zahnkr{\"a}fte Programm{"})",

abstract = "The excitation from the tooth mesh can be seen as main reason for the noise and vibration behavior of a gearing. This excitation is decisively influenced by the gear geometry. That includes macro geometry as well as tooth flank modifications. In many cases the design of flank modifications needs to meet the requirements of high bearing strength and low excitation level. Furthermore dynamic effects (e.g. resonance behavior) are important for the excitation level of a gearing, especially for operation at variable speed. The software DZP ({"}Dynamic tooth force program{"}) covers a wide range of computation in the field of gear excitation and dynamics.",

author = "H{\"o}hn, {B. R.} and P. Oster and S. Radev and T. Griggel",

year = "2006",

language = "Deutsch",

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Zahnflankenkorrekturen gegen Geräuschanregung von Stirnrädern in Theorie und Praxis: Auslegung geräuscharmer Verzahnungen mit dem EDV-Programm DZP ("Dynamische Zahnkräfte Programm"). / Höhn, B. R.; Oster, P.; Radev, S. et al.
VDI Berichte. 1968. ed. 2006. p. 235-250 (VDI Berichte; No. 1968).

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

TY - CHAP

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T2 - Auslegung geräuscharmer Verzahnungen mit dem EDV-Programm DZP ("Dynamische Zahnkräfte Programm")

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AU - Radev, S.

AU - Griggel, T.

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AB - The excitation from the tooth mesh can be seen as main reason for the noise and vibration behavior of a gearing. This excitation is decisively influenced by the gear geometry. That includes macro geometry as well as tooth flank modifications. In many cases the design of flank modifications needs to meet the requirements of high bearing strength and low excitation level. Furthermore dynamic effects (e.g. resonance behavior) are important for the excitation level of a gearing, especially for operation at variable speed. The software DZP ("Dynamic tooth force program") covers a wide range of computation in the field of gear excitation and dynamics.

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Zahnflankenkorrekturen gegen Geräuschanregung von Stirnrädern in Theorie und Praxis: Auslegung geräuscharmer Verzahnungen mit dem EDV-Programm DZP ("Dynamische Zahnkräfte Programm")

Abstract

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