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일반 | [세미나]Development of Beta Titanium Alloys with Low Young's Modulus 외

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작성일04-02-24 16:06 조회13,565회

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재료연구부 고강도재료그룹에서 다음과 같이 전문가 초청 세미나를 개최하오니 관
심있으신 분들의 많은 참석 바랍니다.

제목(1) : Development of Beta Titanium Alloys with Low Young's Modulus
연사(1) : S. Hanada (Tohoku University)

제목(2) : Current Status of Titanium Industry in Japan
연사(2) : S. Akiyama (The Japan Titanium Society)

일시 : 2004년 3월 4일 (목) 10시
장소 : 연구4동 세미나실
문의 : 정희원(055-280-3629), 현용택(3435)

- Development of Beta Titanium Alloys with Low Young's Modulus

Development of beta Ti alloys with low Young's modulus (modulus of
elasticity) is strongly demanded in various fields. Young's modulus of
typical Ti-V, Ti-Mo and Ti-Nb binary alloys with similar phase
diagrams was measured as a function of composition along with
microstructural observations. Young's modulus fo beta Ti binary alloys
solution treated and quenched exhibits minimum value of 72 GPa for Ti-
26%V, 85 GPa for Ti-15%Mo, and 62 GPa for Ti-42%Nb. Transmissioin
electron microscopy indicates that athermal omega transformation is
induced in unstable beta alloys, and the minimum in Young's modulus
appears at a composition where athermal omega transformation is
suppressed by increasing alloying content. Based on the obtained
results on the binary alloys, ternary Sn additions were investigated
to lower Young's modulus by suppressing omega transformation. It is
found that the optimization of composition in Ti-Nb-Sn alloys
decreases Young's modulus to about 50 GPa under a soution treated

- Current Status of Titanium Industry in Japan
일본의 티타늄산업구조의 특징, 일본의 티타늄 수요, 용도의 특징, 금후
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* 관리자님에 의해서 게시물 복사되었습니다 (2005-10-25 16:32)