Forming characteristics of thin-walled tube bending process with small bending radius
Author:
Publisher
Elsevier BV
Subject
Materials Chemistry,Metals and Alloys,Geotechnical Engineering and Engineering Geology,Condensed Matter Physics
Reference17 articles.
1. Advanced plastic processing technology and research progress on tube forming[J];YANG;Journal of Plasticity Engineering,2000
2. The behavior of thin-walled aluminium alloy profiles in rotary draw bending—a comparison between numerical and experimental results[J];WELO;Journal of Maierials Processing Technology,1994
3. Application of numerical simulation in the bending of aluminium-alloy profiles[J];PAULSEN;Journal of Materials Processing Technology,1996
4. Computer simulation of pipe-bending processes with small bending radius using local induction heating[J];HU;Journal of Materials Processing Technology,1999
5. The tube bending technology of a hydroforming processs for an automotive part[J];YANG;Journal of Materials Processing Technology,2001
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