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The Impact of the Gigacycle Fatigue on Steel Bridges
Key Engineering Materials, 2013Recent studies have proved that there is no fatigue limit for metallic materials; the stress life curve continuously drops even after 107 cycles. However, existing design codes assume that there is a fatigue limit. Therefore, it is important to use appropriate safety factors if existing codes are used for life evaluations.
Chaminda S. Bandara, Ranjith Dissanayake
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Gigacycle fatigue of ultra high density sintered alloy steels
Powder Metallurgy, 2012Sintered steel specimens with density levels of up to 7·6 g cm−3 have been prepared from Cr–Mo and Mo prealloyed powders. The fatigue response has been studied using an ultrasonic resonance testing device that enabled testing up to 109 cycles. It showed that the fatigue endurance strength can be drastically increased by raising the density and that the
Danninger, Herbert +4 more
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The length parameter for gigacycle fatigue life predictions of notched specimens made of 304L steel
International Journal of Fatigue, 2023Kamila Kozáková +2 more
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Nanocrystalline material with gigacycle fatigue life.
Medical device technology, 2008A processing technology has been developed that can be applied to many different fine wire medical alloys to improve their fatigue properties. This technology has been used to process a low inclusion alloy, 35 cobalt-35 nitinol-20 chromium-10 Molybdenum (ASTM F562 chemistry), hereinafter referred to as System A.
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Gigacycle fatigue of bearing steel
The Proceedings of Design & Systems Conference, 2004Keisuke TANAKA +2 more
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Gigacycle fatigue of high-strength steel caused by MnS inclusions
, 2021Y. Furuya
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