187 Publications (Page 1 of 8)
2026
A fracture mechanics based semi-probabilistic fatigue lifing approach for additively manufactured Ti-6Al-4VMuhammad, M.⋅Yasin, M.S.⋅Soman, S.⋅Beretta, S.⋅Shao, S. and Shamsaei, N.Theoretical and Applied Fracture Mechanics, vol. 141.
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An Evolutionary Algorithm with Probabilistic Annealing for Large-scale Sparse Multi-objective OptimizationShao, S.⋅Sun, Y.⋅Chen, X.⋅Tian, Y.⋅Wang, G. and Li, J.
An investigation into the temperature-dependent tensile behavior of Hastelloy-X: The effect of additive manufacturing processesMuhammad, M.⋅Duhan, N.⋅Ghiaasiaan, R.⋅Gradl, P.R.⋅Schobel, A.⋅Godfrey, D.⋅Shao, S. and Shamsaei, N.Engineering Failure Analysis, vol. 193.
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Competing role of volumetric defects and microstructure on the fatigue behavior of additively manufactured Inconel 718: An experimental study. International Journal of Fatigue
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Curvature-based defect features for nondestructive fatigue life prediction in laser powder bed fusionLi, A.⋅Oladazimi, A.⋅Muhammad, M.⋅Soman, S.⋅Shao, S.⋅Shamsaei, N. and Liu, J.Progress in Additive Manufacturing.
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Deep Reinforcement Learning-Assisted Automated Operator Portfolio for Constrained Multi-objective OptimizationShao, S.⋅Tian, Y.⋅Yang, S. and Zhang, X.
Fatigue behavior of laser powder bed fused GRX-810 alloy: Effect of post-processingShao, S.⋅Jam, A.⋅Smith, T.M.⋅Kantzos, C.A.⋅Gradl, P.R.⋅Pegues, J. and Shamsaei, N.Additive Manufacturing Letters, vol. 18.
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Laser beam powder bed fused AlSi10Mg: An overview on the effect of post-processing on the microstructure and mechanical properties. Materials & Design
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Physics-informed simulation-enhanced machine learning for modeling the impact of surface roughness on fatigue performance of additively manufactured Ti-6Al-4VIrfan, S.⋅Ahmad, N.⋅Silva, D.F.⋅Vinel, A.⋅Shao, S. and Liu, J.
Reactive additively manufactured 6061 aluminum alloy by LP-DED: Effects of laser type and powder reuse on anisotropic tensile and fatigue behaviorsKhan, M.F.⋅Gradl, P.R.⋅Shao, S. and Shamsaei, N.Engineering Failure Analysis, vol. 185.
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Surface integrity of additively manufactured Ti-6Al-4V parts: Influence of process variables on tensile and fatigue behaviorsAhmad, N.⋅Salehnasab, B.⋅Maleki, E.⋅Stonaker, K.⋅Ashforth, C.⋅Shao, S. and Shamsaei, N.Engineering Failure Analysis, vol. 191.
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Temperature-dependent tensile and fatigue behaviors of a novel reactive additively manufactured A1000 aluminum metal matrix compositeKhan, M.F.⋅Gradl, P.R.⋅Shao, S. and Shamsaei, N.Additive Manufacturing Letters, vol. 18.
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Tensile and fatigue behaviors of additively manufactured F357 and AlSi10Mg alloys: Effects of manufacturing process and temperatureKhan, M.F.⋅Yadav, V.K.⋅Gradl, P.R.⋅Shao, S. and Shamsaei, N.Materials and Design, vol. 265.
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Transferability of defect-fatigue relationships across laser powder bed fusion platformsMuhammad, M.⋅Soman, S.⋅Shao, S. and Shamsaei, N.Theoretical and Applied Fracture Mechanics, vol. 141.
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2025
A comparative analysis of non-destructive surface topography measurement techniques for additively manufactured metal partsMahmood, S.⋅Baugh, L.⋅Lee, S.⋅Ahmad, N.⋅Vinel, A.⋅Liu, J.⋅Shao, S.⋅Shamsaei, N. and Schulze, K.D.Additive Manufacturing, vol. 105.
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Additively Manufactured Scalmalloy via Laser Powder Bed Fusion (L-PBF): Temperature-Dependent Tensile and Fatigue BehaviorsKhan, M.⋅Ghiaasiaan, R.⋅Gradl, P.⋅Shao, S. and Shamsaei, N.Fatigue and Fracture of Engineering Materials and Structures, vol. 48, pp. 1496-1513.
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Assessing witness coupon-specimen equivalency for volumetric defects: An investigation on location dependency in additive manufacturingYasin, M.S.⋅Beretta, S.⋅Ashforth, C.⋅Stonaker, K.⋅Shao, S. and Shamsaei, N.Additive Manufacturing Letters, vol. 14.
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Corrosion and high temperature oxidation behavior of additively manufactured alloys: Damage mechanisms and structure-property relationshipsDaroonparvar, M.⋅Musavi, S.⋅Yadav, V.⋅Shao, S. and Shamsaei, N.Journal of Alloys and Compounds, vol. 1048.
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Defect features critical to the fatigue of additively manufactured Ti-6Al-4VMuhammad, M.⋅Yasin, M.S.⋅Soman, S.⋅Shao, S. and Shamsaei, N.Theoretical and Applied Fracture Mechanics, vol. 138.
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Determining critical surface features affecting fatigue behavior of additively manufactured Ti-6Al-4VAhmad, N.⋅Irfan, S.⋅Maleki, E.⋅Lee, S.⋅Liu, J.P.⋅Shao, S. and Shamsaei, N.International Journal of Fatigue, vol. 197.
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Dimensional accuracy of fabricated geometries through powder bed fusion: An overview and a new benchmark artifact proposalMaleki, E.⋅Salehnasab, B.⋅Paul, M.⋅Shao, S. and Shamsaei, N.Materials and Design, vol. 257.
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Fatigue assessment of laser powder bed fused aluminum alloys via non-destructive examinationBaig, S.⋅Jam, A.⋅Beretta, S.⋅Shao, S. and Shamsaei, N.Additive Manufacturing Letters, vol. 15.
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Fatigue behavior of additively manufactured edge notched specimensPoudel, A.⋅Pegues, J.⋅Kelly, M.⋅Shao, S. and Shamsaei, N.International Journal of Mechanical Sciences, vol. 296.
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Fatigue behaviour of additively manufactured AlSi10Mg and 17?4 PH SS cylindrical notched specimens: The effect of volumetric defectsPoudel, A.⋅Pegues, J.⋅Kelly, M.⋅Shao, S. and Shamsaei, N.Engineering Failure Analysis, vol. 175.
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Fatigue crack growth in L-PBF Ti-6Al-4V: Influence of notch orientation, stress ratio, and volumetric defects. International Journal of Fatigue
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