Forming of Small-Diameter Tubes via Pulse-Magnetic Technology

Dmitrij Chernikov

doi:10.4028/www.scientific.net/KEM.684.263

Paper Titles

Computer Simulation of the Half-Tore Forming Process from a Ring Blank
p.227

Stamping of Hemispheric Surface Parts in Die Tool Equipped with Steel Elastic Element
p.234

The Forming Process of the Sharply Curved Offsets by the Pushing Method
p.242

Directional Thickness Alteration of a Thin-Walled Ring Blank Using Flanging and Forming for the Purpose of Receiving Conical Part
p.253

Forming of Small-Diameter Tubes via Pulse-Magnetic Technology
p.263

Application of Structural Inheritance Phenomenon at Producing the Al-Mg System Alloys
p.269

Research of the Parts Pressing Process Using the Elastic Media Pressure
p.273

Nanostructured Aluminum Matrix Composites of Al-10%TiC Obtained In Situ by the SHS Method in the Melt
p.281

A Review on In Situ Synthesis of Al/TiC and Al/SiC-Composites
p.287

HomeKey Engineering MaterialsKey Engineering Materials Vol. 684Forming of Small-Diameter Tubes via Pulse-Magnetic...

Forming of Small-Diameter Tubes via Pulse-Magnetic Technology

Abstract:

The article implies development of effective forming method of small-diameter tubular workpieces with the use of pulse-magnetic technologies. Results of LS-DYNA computational simulation of the process and experimental results are shown. Also, advantages of the method are shown and recomendations of it's use are given.

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Periodical:

Key Engineering Materials (Volume 684)

Pages:

263-268

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.684.263

Citation:

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Online since:

February 2016

Authors:

Dmitrij Chernikov*

Keywords:

Circular Effect, Coil, Discharge Current, Expansion, Pulse-Magnetic Forming, Tubular Workpiece

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References

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