Honing with increase in the cutting speed

Polyanchikov, Yu. N.; Plotnikov, A. L.; Polyanchikova, M. Yu.; Kursin, O. A.; Leshukov, A. V.

doi:10.3103/s1068798x08070228

Cited by 3 publications

(4 citation statements)

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“…Gładzenie ze zmienną kinematyką "VH" posiada szereg zalet w porównaniu do gładzenia tradycyjnego "NH" [1-19], jak mniejsze zużycie narzędzia [12,13], mniejsza temperaturę obróbki [13], lepsza jakość powierzchni obrabianej [12,13] oraz mniejsza odchyłka walcowości [2,13]. Artykuł omawia wpływ zmiennej kinematyki gładzenia "VH" na przebieg obróbki oraz wskazuje metodę poprawy efektywności seryjnej obróbki przedmiotów cienkościennych (rys.1).…”

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“…Honing with variable kinematics has a number of advantages in comparison to traditional honing [1-19], such as less tool wear [12,13], lower processing temperature [13], better surface quality [12,13] and less deviation of cylindricity [13]. The article discusses the influence of the variable kinematics on the machining process…”

Section: Influence Of the Abrasive Grain Trajectory On The Machining Of Thin-walled Cylinder Liners Of Internal Combustion Engines With Vmentioning

confidence: 99%

“…

Gładzenie ze zmienną kinematyką posiada szereg zalet w porównaniu do tradycyjnego gładzenia [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19], takie jak: mniejsze zużycie narzędzia [12,13], niższa temperatura obróbki [13], lepsza jakość powierzchni [12,13] oraz mniejsza odchyłka walcowości [13]. W artykule omówiono zalety zmiennej kinematyki gładzenia.

…”

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“…Gładzenie "VH" ze zmienną kinematyką pozwala uzyskać różnorodne kształty kanałów smarnych na powierzchni obrabianego otworu [3,6,7,[10][11][12][13][14][15][16][17][18][19]. Otrzymywana w procesie "VH" stosunkowo niska temperatura obróbki i przedmiotu obrabianego oraz mniejsza walcowość otworu są pożądane podczas produkcji części maszyn i urządzeń.…”

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Influence of the abrasive grain trajectory on the machining of thin-walled cylinder liners of internal combustion engines with variable kinematics of honing

Sender

2018

atest

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Section: Wstępunclassified

Section: Influence Of the Abrasive Grain Trajectory On The Machining Of Thin-walled Cylinder Liners Of Internal Combustion Engines With Vmentioning

confidence: 99%

“…

…”

unclassified

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Influence of the abrasive grain trajectory on the machining of thin-walled cylinder liners of internal combustion engines with variable kinematics of honing

Sender

2018

atest

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Research on the mechanisms of internal gear honing by use of cone-shape honing wheel with tool tilt angle

Guo

et al. 2022

Int J Adv Manuf Technol

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Ring gear is an important transmission component, but restricted by its ring-shape structure, the tooth surfaces are pretty hard to be finished after heat treatment. Honing is the most commonly used finishing technique for external gear, but for ring gear, it is inconvenient. In this paper, a new type of cone-shape honing wheel is proposed and the honing mechanism is studied for improving the honing performance of ring gear. First of all, the mathematical model of the honing technology by use of cone-shape honing wheel is built, and the merits of the new honing method are discussed. Then, the contact conditions between the honing wheel and the work gear are analyzed, and it is found that the tool tilt angle of the honing wheel has good influences on the honing mark distribution of the work gear. Finally, the honing simulations for ring gear by use of cone-shape honing wheel are carried out, by which the feasibility of the new honing technique are verified. KeywordsHoning mechanism • Ring gear • Cone-shape honing wheel • Tool tilt angle  Zheng Guo

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The Proposition of an Automated Honing Cell with Advanced Monitoring

Barylski

Sender

2020

Machines

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Honing of holes allows for small shape deviation and a low value of a roughness profile parameter, e.g., Ra parameter. The honing process heats the workpiece and raises its temperature. The increase in temperature causes thermal deformations of the honed holes. The article proposes the construction of a honing cell, containing in addition to CNC honing machine: thermographic camera, sound intensity meter, and software for collecting and analyzing data received during machining. It was proposed that the level of sound intensity obtained during honing could be monitored continuously and that the images from a thermographic camera could be analyzed on-line. These analyses would be aimed at supervising honing along with the on-line correction of machining parameters. In addition to the oil cooler, the machining cell may have an automatic selection of the grain trajectory shape, with specified value of the radii of curvature of the abrasive grain trajectories, according to the wall thickness of the honed workpiece, which will result in reducing the temperature generated during honing. Automated honing cell can mostly increase honing process efficiency. Simulations in FlexSim showed the possibility of increasing the efficiency of the honing process more than 20 times.

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Honing with increase in the cutting speed

Cited by 3 publications

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Influence of the abrasive grain trajectory on the machining of thin-walled cylinder liners of internal combustion engines with variable kinematics of honing

Influence of the abrasive grain trajectory on the machining of thin-walled cylinder liners of internal combustion engines with variable kinematics of honing

Research on the mechanisms of internal gear honing by use of cone-shape honing wheel with tool tilt angle

The Proposition of an Automated Honing Cell with Advanced Monitoring

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