Fabrication of 30.0 μm fine rhodium wire from 80.0 μm initial wire using multi-pass wire drawing process
Fabrication of 30.0 μm fine rhodium wire from 80.0 μm initial wire using multi-pass wire drawing process
Sung-Yun Lee(Korea Institute of Industrial Technology); 이인규(한국생산기술연구원); 이상곤(한국생산기술연구원); 황선광(한국생산기술연구원); 박동용(한국생산기술연구원)
35권 6호, 2637~2644쪽
초록
Rhodium is a rare material with excellent mechanical and electrical properties. Rhodium is used in various industries, and fine rhodium wire in particular is used in electronic components. The aim of this study was to fabricate a 30.0 μm fine rhodium wire from an 80.0 μm initial wire using a multi-pass wire drawing process. A drawing pass schedule was designed to fabricate the 30.0 μm rhodium wire. An elastic-plastic finite element analysis was performed to validate the designed multi-pass wire drawing process. A wire drawing experiment was performed to fabricate the 30.0 μm fine rhodium, and the qualities of the final wire were evaluated. The final diameter of the wire was 29.85 μm.
Abstract
Rhodium is a rare material with excellent mechanical and electrical properties. Rhodium is used in various industries, and fine rhodium wire in particular is used in electronic components. The aim of this study was to fabricate a 30.0 μm fine rhodium wire from an 80.0 μm initial wire using a multi-pass wire drawing process. A drawing pass schedule was designed to fabricate the 30.0 μm rhodium wire. An elastic-plastic finite element analysis was performed to validate the designed multi-pass wire drawing process. A wire drawing experiment was performed to fabricate the 30.0 μm fine rhodium, and the qualities of the final wire were evaluated. The final diameter of the wire was 29.85 μm.
- 발행기관:
- 대한기계학회
- 분류:
- 기계공학