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Development of fatigue life prediction methodology for welded steel components based on a new criterion - ScienceDirect
ID: 17Y8QkKwrV
From: sciencedirect.com
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of fatigue strength of steel joints in as-welded condition – Alternative for fitting and mean stress effect analysis - ScienceDirect
ID: lad4CUg671
From: sciencedirect.com
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S-N curve of s275 mild under load ratio of-1 | Scientific
ID: VSqv8498vU
From: researchgate.net
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Performance characterization of high-strength steel quenched and tempered steels and their joints for structural applications | SpringerLink
ID: gLDSBlGPub
From: link.springer.com
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Reliability of Fatigue Strength Curves for Connections Using Normal and Weibull Distribution Functions | ASCE-ASME Journal and Uncertainty in Engineering Systems, Part Civil Engineering | Vol 6, No 3
ID: zqkUttUJ5n
From: ascelibrary.org
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| Free | Recent Advances Very High Cycle Fatigue Behavior of Metals and Alloys—A Review | HTML
ID: 29Saj4V7VV
From: mdpi.com
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Performance characterization of high-strength steel quenched and tempered steels and their joints for structural applications | SpringerLink
ID: hhDnvXkzkB
From: link.springer.com
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Statistical analysis of sub-zero temperature effects on fatigue strength welded SpringerLink
ID: p4KxQTEjGA
From: link.springer.com
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| Free | Recent Advances Very High Cycle Fatigue Behavior of Metals and Alloys—A Review | HTML
ID: Oa4TgMsUd0
From: mdpi.com
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Statistical analysis of sub-zero temperature effects on fatigue strength welded SpringerLink
ID: EhbTheg2O7
From: link.springer.com
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Fatigue characteristic for steel: a) S235JR, 1.4301 Download Scientific Diagram
ID: Bp1luBEHgo
From: researchgate.net
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Limit - Steel
ID: HyrkQNSVSi
From: vcalc.com
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| Free | Recent Advances Very High Cycle Fatigue Behavior of Metals and Alloys—A Review | HTML
ID: Wl9gU9CCWQ
From: mdpi.com
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Fatigue characteristic for steel: a) S235JR, 1.4301 Download Scientific Diagram
ID: 03sAvOqFEe
From: researchgate.net
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A on Fatigue Life Estimation of Welded Joints
ID: nK8Ce1IZa5
From: 1library.net
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Fatigue plot for steel S355J0 (Ligaj and Szala, 2010) fatigue plot... Download Scientific Diagram
ID: AA24kUsX0k
From: researchgate.net
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of fatigue strength of steel joints in as-welded condition – Alternative for fitting and mean stress effect analysis - ScienceDirect
ID: JYFg7f1d6P
From: sciencedirect.com
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Fatigue characteristic for steel: a) S235JR, 1.4301 Download Scientific Diagram
ID: CpKiVlJhhe
From: researchgate.net
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Improved Assessment Methods for Static and Fatigue Old Metallic Railway Bridges | Journal of Bridge Engineering | Vol 18, No 11
ID: VJ5C1ky418
From: ascelibrary.org
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Fatigue of :: Total Materia Article
ID: IykPP9geOS
From: totalmateria.com
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Probabilistic S-N curves for constant and variable -
ID: G5btbqrBZA
From: sciencedirect.com
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curve for steel (St 37) in received condition. Download Scientific Diagram
ID: lN5NFGbXMv
From: researchgate.net
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An analysis endurance factors depending on shape and thickness in load-carrying welded T-joints SpringerLink
ID: ZXuy3lBJb7
From: link.springer.com
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Sustainability | Free Full-Text | S235JRC+C Steel Response Analysis Subjected to Uniaxial Stress Tests in the Area High Temperatures and Material Fatigue | HTML
ID: YAwyKsoKSk
From: mdpi.com
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Notch Effect on the Fatigue Behavior of Hot-Dip Galvanized Structural Steel | SpringerLink
ID: MJqoplFhBj
From: link.springer.com