Ti-Ag-Fe合金のヤング率について

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  • Measurement of Young’s Modulus of Titanium-Silver-Iron Alloys. (Studies on the Titanium-Silver-Iron Alloys, 1st Report)
  • Ti-Ag-Fe ゴウキン ノ ヤングリツ ニ ツイテ
  • Measurement of Young’s Modulus of Titanium-Silver-Iron Alloys. (Studies on the Titanium-Silver-Iron Alloys, 1st Report)

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The Young’s modulus and its change accompanied by heat treatment was measured for titanium-silver and titanium-silver-iron alloys by a static method. The Young’s modulus of commercially pure titanium was 10,700 kg/mm2 and this value decreased about 5∼10% with the addition of silver. The Young’s modulus of titanium-silver-0.5% iron alloys containing 5%, 8% and 10% of silver were considerably lower than the values of the same alloys containing 1% and none of silver. But those of titanium-silver-2% iron and titanium-silver-4% iron alloys showed no appreciable change by different silver content. The Young’s modulus of the water-quenched specimens were about 5∼20% lower than those of fully annealed specimens and the difference between the values of the two kinds of specimens was rather greater in the alloys containing iron than in titanium-silver binary alloys. But the Young’s modulus of beta-solid solution was nearly the same as those of slowly cooled structure. No appreciable effect of cold-rolling and subsequent annealing on the Young’s modulus of the titanium-silver-iron alloys was observed in this study.

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