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Fatigue of Lightly Machined Specimens and Rapid Evaluation of Fatigue Strength : X-Ray Detection of Fatigue Damage in Lathe Machined Parts

机译：轻型加工标本的疲劳和疲劳强度的快速评价：车床加工零件疲劳损坏的X射线检测

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Hisasi OHUCHIDA; Masato NAGAO; Akio NISHIOKA; Sadao NEMOTO;
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年度 1976
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1. Microscopic Damage Process in Notched Specimen under Creep-Fatigue Condition Using High-Temperature Fatigue Testing Machine Combined with SEM [J] . Arai M., Ogata T. 材料 . 1997,第4期

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2. Microscopic Damage Process in Notched Specimen under Creep-Fatigue Condition Using High-Temperature Fatigue Testing Machine Combined with SEM [J] . Arai M., Ogata T. 材料 . 1997,第4期

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3. Steel railway bridge fatigue damage detection using numerical models and machine learning: Mitigating influence of modeling uncertainty [J] . Ahmed Rageh, Saeed Eftekhar Azam, Daniel G. Linzell International Journal of Fatigue . 2020,第May期

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4. Analysis of stress and strain of fatigue specimens localised in the cross-sectional area of the gauge section testing on bi-axial fatigue machine loaded in the high-cycle fatigue region [C] . Marian Handrik, Peter Kopas, Vladislav Baniari Polish-Slovak Scientific Conference Machine Modeling and Simulations . 2017

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5. A Study of Machining Effects on the Surface Integrity, Strength Properties, Damage Evolution and Fatigue Strength of Composite Laminates [D] . Oberoi, Harinder Singh. 2019

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6. Fatigue Evaluation through Machine Learning and a Global Fatigue Descriptor [O] . G. Ramos, J. R. Vaz, G. V. Mendonça, 2020

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7. Size Effect on Fatigue Strength of Carbon Steel Machined by a Lathe : X-Ray Detection of Fatigue Damage in Machine Parts [O] . Hisashi OHUCHIDA, Akio NISHIOKA, Masato NAGAO 1972

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8. Methods for Diagnosing the Fatigue Damage Rate of Materials of Machine Elementsand Estimating Their Fatigue Life [R] . Koltunov, A. 1996

机译：机械零件材料疲劳损伤率诊断方法及疲劳寿命估算

Fatigue of Lightly Machined Specimens and Rapid Evaluation of Fatigue Strength : X-Ray Detection of Fatigue Damage in Lathe Machined Parts

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