Broaching: Cutting tools and machine tools for manufacturing high quality features in components

Arrazola, P.J.; Rech, Joël; M’Saoubi, Rachid; Axinte, Dragoş

doi:10.1016/j.cirp.2020.05.010

Cited by 46 publications

(22 citation statements)

References 76 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Jak wspomniano w pierwszej części artykułu [1], poziom automatyzacji i sterowania w procesie przecią-gania w latach 2005-2010 -czyli w okresie intensywnego rozwoju sterowania CNC, oprogramowania CAD/ /CAM i serwonapędów -wyraźnie odbiegał od osiągnięć w toczeniu, frezowaniu czy wierceniu. Obecnie wiele firm produkujących przeciągarki i oprzyrządowanie narzędziowe inwestuje w rozwój przeciągania, ponieważ jest ono jednym z najszybszych i najdokładniejszych sposobów obróbki złożonych powierzchni zewnętrznych i wewnętrznych [3][4][5]. Tym samym pojawiła się konieczność prowadzenia badań doświadczalnych i symulacji numerycznych procesu, zwłaszcza w warunkach przestrzennego stanu odkształcenia (3D), czyli skrawania ukośnego.…”

Section: Przegląd Badań Procesu Przeciąganiaunclassified

“…Proces przeciągania jest zasadniczo badany w trzech komplementarnych odmianach: wewnętrzny, zewnętrzny i pojedynczym ostrzem [3,7]. Poszczególne przypadki wraz z zakresem pomiarów i stosowanym oprzyrządowaniem przedstawiono na rys.…”

Section: Metodologia I Zakres Badań Doświadczalnychunclassified

“…Wymienione przypadki badania procesu przeciągania są stosowane do obróbki części w przemyśle motoryzacyjnym (ze stali w gatunkach: AISI 5115, AISI 5120, AISI 1045), energetycznym (ze stali odpornych na korozję w gatunku AISI 410) i lotniczym (ze stopów tytanu i niklu stosowanych na elementy turbin/sprężarek silników lotniczych) [3,7].…”

Section: Metodologia I Zakres Badań Doświadczalnychunclassified

See 2 more Smart Citations

Development in broaching technology. Part III. Directions of experimental investigations of broaching process and broach design

Grzesik¹

2021

Mechanik

View full text Add to dashboard Cite

The paper structured into three parts outlines the present state of the broaching technology. The first part (Mechanik 5-6, 2021) highlighted possible process variants for internal and external operations and designs of broaching machines as well as CNC control systems and other advanced automatization forms. The second part (Mechanik 8-9, 2021) was devoted to the progressive broaching methods such as rotary broaching, hard broaching and MQL application. The third part discusses some important directions of experimental investigations carrying out for more efficient and reliable broaching processes.

show abstract

Section: Przegląd Badań Procesu Przeciąganiaunclassified

Section: Metodologia I Zakres Badań Doświadczalnychunclassified

See 1 more Smart Citation

Development in broaching technology. Part III. Directions of experimental investigations of broaching process and broach design

Grzesik¹

2021

Mechanik

View full text Add to dashboard Cite

show abstract

“…Fig.1. Examples of part profiles made by broaching and some corresponding geometrical features of broaching tools[4] Rys. 1.…”

mentioning

confidence: 99%

“…1. Przykłady profili przedmiotów wykonywanych metodą przeciągania i odpowiadające im cechy geometryczne narzędzi[4]…”

unclassified

Development in broaching technology. Part I. Development of broaching machines and tooling devices

Grzesik¹

2021

Mechanik

View full text Add to dashboard Cite

The paper structured into three parts outlines the present state of the broaching technology. The first part highlights possible process variants for internal and external operations and designs of broaching machines as well as CNC control systems and other advanced automatization forms. The second part will be devoted to the progressive broaching methods such as rotary broaching, hard broaching and MQL application. The third part will discuss some important directions of experimental investigations carrying out for more efficient and reliable broaching processes.

show abstract

Combined lubrication of surface texturing and copper covering for broaching tool

Feng

Zhuang

et al. 2022

Int J Adv Manuf Technol

View full text Add to dashboard Cite

The broaching tool is an efficient and precisely heavy-loaded metal-cutting tool, widely used in the mass production of key components related to the aerospace and automobile industries. However, the heavy load, intense squeezing, and friction in the tool-chip contact area prevent the cutting fluid from entering the desired location. Consequently, insufficient lubrication gives rise to a hightemperature built-up edge, thereby lowering machining accuracy and efficiency. To reduce frictional force, three textures (i.e., micro-pit, stripe, mesh) are prepared on the rake face of broaching tool with laser processing technique. Afterward, textured grooves are covered with copper using the reciprocating rotational friction; this artifact enhances the system's wettability and heat dissipation ability. Experiments approve that compared to the non-textured cutting teeth, the cutting force with the stripe-textured teeth is reduced by 7.6%. Nevertheless, the cutting force is decreased by 14.6% after covering the tool surface with copper. Obtained results indicate that the wettability of cutting fluid on the surface is improved. In addition, convex peaks on the tool surface are passivated during the reciprocating rotation of the copper bar.

show abstract

Broaching: Cutting tools and machine tools for manufacturing high quality features in components

Cited by 46 publications

References 76 publications

Development in broaching technology. Part III. Directions of experimental investigations of broaching process and broach design

Development in broaching technology. Part III. Directions of experimental investigations of broaching process and broach design

Development in broaching technology. Part I. Development of broaching machines and tooling devices

Combined lubrication of surface texturing and copper covering for broaching tool

Contact Info

Product

Resources

About