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Minimizing of automotive transmissio...

Baumann, Axel.

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Minimizing of automotive transmission rattle noise by means of gear oils = lubrication for improved properties /

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Minimizing of automotive transmission rattle noise by means of gear oils/ by Axel Baumann.
其他題名:	lubrication for improved properties /
作者:	Baumann, Axel.
出版者:	Wiesbaden :Springer Fachmedien Wiesbaden : : 2023.,
面頁冊數:	xv, 146 p. :ill., digital ;24 cm.
內容註:	Introduction -- State of the art in research and technology -- Gear rattling noises from vehicle transmissions -- Lubricants as design elements -- Parameter variation of base oils and additives -- Correlation between oil and geometric parameters -- Mechanism of gear rattling noise generation -- Summary and Outlook.
Contained By:	Springer Nature eBook
標題:	Automobiles - Noise -
電子資源:	https://doi.org/10.1007/978-3-658-37708-3
ISBN:	9783658377083

Minimizing of automotive transmission rattle noise by means of gear oils = lubrication for improved properties /
Baumann, Axel.

Minimizing of automotive transmission rattle noise by means of gear oilslubrication for improved properties /[electronic resource] :by Axel Baumann. - Wiesbaden :Springer Fachmedien Wiesbaden :2023. - xv, 146 p. :ill., digital ;24 cm.

Introduction -- State of the art in research and technology -- Gear rattling noises from vehicle transmissions -- Lubricants as design elements -- Parameter variation of base oils and additives -- Correlation between oil and geometric parameters -- Mechanism of gear rattling noise generation -- Summary and Outlook.

Caused by downsizing of combustion engines, the torque fluctuation at the crankshaft induces torsional vibrations in the powertrain. Manual transmissions and dual clutch transmissions are particularly sensitive to gear-rattle noise. Gear-rattle noise arises from oscillations of loose parts with clearance, e.g. idler gears, synchronizer rings and gearshift sleeves. The aim of this research is the formulation of a gear oil for the application in a manual transmission to minimize gear rattling noise. Acoustic measurements on a gear-rattle noise test bench verify the noise reduction of the developed gear oils with commonly used low oil viscosity. An analysis of the transmission error proves that gear tooth impacts during rattling lead to elastic deformation of the meshing gear pairs. The main source for the intensity of gear-rattle noise is the additional presence of meshing impacts at the beginning of each gear pair meshing. Gear-rattle noise reduction can be achieved by avoiding meshing impacts, e.g. by minimizing the traction coefficient of the gear oil. About the author Dr. Axel Baumann is an engineer & top business expert for technology in vehicle and mechanical engineering. He has proven leadership and management skills from his many years of work as a department and project manager and from his 4 years as a university lecturer and scientist. His studies and doctorate at the University of Stuttgart in the field of machine components dealt with powertrain technology.

ISBN: 9783658377083

Standard No.: 10.1007/978-3-658-37708-3doiSubjects--Topical Terms:

1636302
Automobiles
--Noise

LC Class. No.: TL246

Dewey Class. No.: 629.231

Minimizing of automotive transmission rattle noise by means of gear oils = lubrication for improved properties /
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520 $a Caused by downsizing of combustion engines, the torque fluctuation at the crankshaft induces torsional vibrations in the powertrain. Manual transmissions and dual clutch transmissions are particularly sensitive to gear-rattle noise. Gear-rattle noise arises from oscillations of loose parts with clearance, e.g. idler gears, synchronizer rings and gearshift sleeves. The aim of this research is the formulation of a gear oil for the application in a manual transmission to minimize gear rattling noise. Acoustic measurements on a gear-rattle noise test bench verify the noise reduction of the developed gear oils with commonly used low oil viscosity. An analysis of the transmission error proves that gear tooth impacts during rattling lead to elastic deformation of the meshing gear pairs. The main source for the intensity of gear-rattle noise is the additional presence of meshing impacts at the beginning of each gear pair meshing. Gear-rattle noise reduction can be achieved by avoiding meshing impacts, e.g. by minimizing the traction coefficient of the gear oil. About the author Dr. Axel Baumann is an engineer & top business expert for technology in vehicle and mechanical engineering. He has proven leadership and management skills from his many years of work as a department and project manager and from his 4 years as a university lecturer and scientist. His studies and doctorate at the University of Stuttgart in the field of machine components dealt with powertrain technology.
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