Improving in mandrelling efficiency of spline holes under infl uence of ultrasonic field

Berberov, Sergey; Lebedev, Valeriy; Kochetov, Andrei; Torop, Yu.A.

doi:10.36652/1813-1336-2020-16-9-391-394

Strengthening Technologies and Coatings 2020

DOI: 10.36652/1813-1336-2020-16-9-391-394

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Improving in mandrelling efficiency of spline holes under infl uence of ultrasonic field

Sergey Berberov¹,

Valeriy Lebedev²,

Andrei Kochetov³

et al.

Abstract: The analysis of the technological parameters of the finishing and strengthening of spline holes by shaped mandrels is performed. It is shown that the main technological parameter determining the processing efficiency is pull. Technological scheme for the mandrelling of spline holes of gear wheels is proposed, which ensures its reduction by applying ultrasonic field to the workpiece.

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2023

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Impact assessment of ultrasonic vibrations on the stress state of the hole surface layer when treated by the calibration method

Lebedev

Torop²,

Kochetov³

et al. 2023

Science Intensive Technologies in Mechanical Engineering

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A design project for calibrating holes in parts, e.g. in hobs, discs, gear wheels, un-der conditions of ultrasonic effects application is suggested. Formula, providing a way for varying the value of the ultrasonic pulse pbr in a part is derived. It allows ensuring the required accuracy of the hole at lower pressures in the contact zone of a mandrel with the treated surface and, as a consequence, to reduce the magnitude of the traction force of the calibration process, which is especially important in hole-making operations for parts subjected to heat treatment.

show abstract

Impact assessment of ultrasonic vibrations on the stress state of the hole surface layer when treated by the calibration method

Lebedev

Torop²,

Kochetov³

et al. 2023

Science Intensive Technologies in Mechanical Engineering

View full text Add to dashboard Cite

show abstract

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Improving in mandrelling efficiency of spline holes under infl uence of ultrasonic field

Cited by 1 publication

References 0 publications

Impact assessment of ultrasonic vibrations on the stress state of the hole surface layer when treated by the calibration method

Impact assessment of ultrasonic vibrations on the stress state of the hole surface layer when treated by the calibration method

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