The effect on surface formation in the gear honing process increases not only due to the honing abrasive effect, but also largely due to the vibroacoustic component, as well as due to heating and cooling the work piece after processing. These actions create internal residual compressive stresses on the gear wheel working surface and improve the surface roughness parameters.

1.
T.
Bausch
,
Jnnovative Zanradfertigung. Expertverlag
(
GmbH
,
Reningen, Germany
,
2006
).
2.
A. S.
Kalashnikov
,
Y. A.
Morgunov
and
P. A.
Kalashnikov
,
Modern methods of processing gear wheels
(
Moscow
,
2012
).
3.
A. G.
Karavanova
and
A. S.
Kalashnikov
,
Investigation of the operation tooth honing of the driving gear with the calculated and experimental evaluation of the characteristics
(
Chelyabinsk
,
2019
), pp.
113
238
.
4.
B. V.
Shandrov
,
Yu. A.
Morgunov
and
B. P.
Saushkin
,
Development and application of science-intensive technologies in the production of aircraft
(
Moscow
,
2013
), pp.
278
283
.
5.
B. V.
Shandrov
,
Yu. A.
Morgunov
and
P. A.
Kalashnikov
,
Experimental studies of allowances for continuous running gear grinding
(
Moscow
,
2013
).
6.
A. S.
Kalashnikov
,
Manufacturing technology of gear wheels
(
Moscow
,
2004
).
7.
A.
Jens
and
J. G.
Korvink
,
Micro and Nano Scale NMR: Technologies and Systems (English
,
2018
).
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