Publication detail

Experimental verification of shear spinning of sheets with teflon coating

DVOŘÁK, M.

Czech title

Experimentální ověření teflonové vrstvy nanesené na plechu při smykovém tlačení

English title

Experimental verification of shear spinning of sheets with teflon coating

Type

journal article - other

Language

en

Original abstract

The article deals with the experimental verification of the optimization of selected parameters of shear spinning. This forming technology was applied to cylindrical piece with teflon coating. The possibilities of shear spinning process were verified on cylindrical form made from steinless steel 17 241.1. Shear spinning is superior to classical drawing especially in the case of small production series. The experimental results presented here can be applied in engineering practice.

Czech abstract

Článek se zabývá optimalizací parametrů při smykovém tlačení. Tato technologie byla aplikována na válcovém vzorku s teflonovou vrstvou z materiálu 17241.1. Výsledky experimentů lze využít pro průmyslovou praxi.

English abstract

The article deals with the experimental verification of the optimization of selected parameters of shear spinning. This forming technology was applied to cylindrical piece with teflon coating. The possibilities of shear spinning process were verified on cylindrical form made from steinless steel 17 241.1. Shear spinning is superior to classical drawing especially in the case of small production series. The experimental results presented here can be applied in engineering practice.

Keywords in English

Shear spinning, teflon coating, steinless steel

RIV year

2002

Released

01.10.2002

ISSN

0350-2368

Journal

Journal for TECHNOLOGY OF PLASTICITY

Volume

27

Number

1

Pages count

17

BIBTEX


@article{BUT40821,
  author="Milan {Dvořák},
  title="Experimental verification of shear spinning of sheets with teflon coating",
  journal="Journal for TECHNOLOGY OF PLASTICITY",
  year="2002",
  volume="27",
  number="1",
  month="October",
  issn="0350-2368"
}