Microcutting with Reduced Cutting Force by Electrolysis.

Nagata, Masafumi; Wakabayashi, Kaori; Yamada, Mikio; Masuzawa, Takahisa

doi:10.2526/jseme.33.74_24

Cited by 4 publications

(3 citation statements)

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“…Koncepcja zastosowania wspomagania elektrochemicznego do zmniejszenia sił skrawania po raz pierwszy została przedstawiona w [10,11]. W wyniku zastosowania wspomagania elektrochemicznego nastąpiło zmniejszenie sił skrawania, co przyczyniło się do zabezpieczenia miniaturowego narzędzia oraz przedmiot obrabianego przed odkształceniem czy uszkodzeniem.…”

Section: Koncepcja Mikrotoczenia Wspomaganego Elektrochemicznieunclassified

Electrochemically assisted microturning process

Grabowski¹

2015

Mechanik

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Section: Koncepcja Mikrotoczenia Wspomaganego Elektrochemicznieunclassified

Electrochemically assisted microturning process

Grabowski¹

2015

Mechanik

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“…The application of the same effect to improve efficiency of the micromilling process was proposed in Ref. [ 23 ]. The study consists of passivation of the workpiece surface and then cutting of a 1-µm thick layer of material.…”

Section: Introductionmentioning

confidence: 99%

A Study on Microturning with Electrochemical Assistance of the Cutting Process

2018

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The paper investigated an electrochemically-assisted microturning process. Depending on the variant of electrochemical assistance, material can be removed with simultaneous electrochemical and mechanical action or electrochemical assistance can change the conditions of the cutting by changing the mechanical properties of the machined material. The experimental part includes discussion of the study methodology and a comparison of straight turning results in the case of machining 1.4301 stainless steel with and without electrochemical assistance. Based on this study, we can confirm that electrochemical assistance brings significant benefits in both variants, especially when the depth-of-cut is in the range of 1 µm.

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“…The idea of electrochemical assistance of the cutting process has been described in [8,21] and is based on the fact that metal has different mechanical properties than its oxide. This layer has properties that are different than the core material and can be removed with the use of a relatively reduced cutting force.…”

Section: Problem Formulationmentioning

confidence: 99%

The impact of electrochemical assistance on the microturning process

Skoczypiec

Grabowski

Ruszaj

2016

Int J Adv Manuf Technol

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In the paper, the concept of an electrochemically assisted microturning process is presented. This is a hybrid machining process in which microcutting directly removes the material while electrochemical passivation changes the conditions of material removal. A test stand was designed and built to investigate this process. The experimental part includes a discussion of the research methodology and a comparison of the straight turning results in the case of machining 1.4301 stainless steel without and with electrochemical assistance. The change of the main cutting force resulting from electrochemical assistance was selected as the main investigated technological factor. Based on this study, we can state that in the case analyzed here (when only passivation is taken into account), electrochemical assistance brings significant benefits when the depth-of-cut is ≤1 μm.

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Microcutting with Reduced Cutting Force by Electrolysis.

Cited by 4 publications

References 1 publication

Electrochemically assisted microturning process

Electrochemically assisted microturning process

A Study on Microturning with Electrochemical Assistance of the Cutting Process

The impact of electrochemical assistance on the microturning process

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