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M
Michael D. Sangid
Department of Mechanical Engineering
45
H指数
190
论文数
7.0K
被引数
0
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92
发表时间
发表时间
IF
被引数
Assessment of element type on fatigue damage prediction using crystal plasticity finite element simulations
使用晶体塑性有限元模拟评估元素类型对疲劳损伤预测的影响
Computational Mechanics
IF
3.8
2026-08-24
0
OA
AI
Harshit Gaddam; Krzysztof S. Stopka; Michael D. Sangid
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Additive Manufacturing
IF
11.1
2026-06-04
0
PRE
AI
Krzysztof S. Stopka; Jose Javier Solano; Peter Kenesei; Jun-Sang Park; Hemant Sharma; Michael D. Sangid
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Grain-level micromechanical modeling and assessment of fatigue-critical pores using graph neural networks
基于图神经网络的单晶尺度微观力学建模与疲劳关键孔隙评估
npj Computational Materials
IF
11.9
2026-05-25
0
OA
AI
Luca Loiodice; Krzysztof S. Stopka; Yixuan Sun; Guang Lin; Michael D. Sangid
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Uncertainty quantification for competing failure mechanisms in unidirectionally reinforced carbon–carbon composites
单向增强碳-碳复合材料中竞争性失效机制的量化不确定性
MATERIALS & DESIGN
IF
7.9
2026-04-15
0
OA
AI
Sean B. Skweres; Peter J. Creveling; Drew E. Sommer; Scott A. Roberts; Michael D. Sangid
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Fatigue response of a topology optimized feature-based component
基于特征的拓扑优化组件的疲劳响应
Engineering Failure Analysis
IF
5.7
2026-03-11
0
PRE
AI
James Carr; Daisy Quach; Jacob Hochhalter; Michael D. Sangid
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Application of thermal alleviation to reduce dwell fatigue debits in Ti-6Al-4V
热缓解技术在降低Ti-6Al-4V材料驻留疲劳损耗中的应用
International Journal of Fatigue
IF
6.8
2026-02-20
0
PRE
AI
Joel Davis; Michael G. Glavicic; Michael D. Sangid
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A unified model for microstructure-sensitive fatigue crack initiation across low and high cycle fatigue
一种适用于低周和高周疲劳的微观结构敏感疲劳裂纹萌生统一模型
Materials & Design
IF
7.9
2025-12-20
0
OA
AI
Krzysztof S. Stopka; Michael D. Sangid
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Direct sensitivity analysis on the parameterization of crystal plasticity models
对晶体塑性模型参数化的直接敏感性分析
Materials & Design
IF
7.9
2025-11-21
0
OA
AI
Harshit Gaddam; Robert Carson; Leonidas Zisis; Jim Belak; Michael D. Sangid
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A Workflow to Accelerate Microstructure-Sensitive Fatigue Life Predictions
ADVANCED ENGINEERING MATERIALS
IF
3.3
2025-11-01
0
OA
AI
Loiodice, Luca; Stopka, Krzysztof S.; Sangid, Michael D.
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Experimental and microstructure-sensitive fatigue modeling of the effects of periodic dwell and overload on additively manufactured Ti-6Al-4V
实验与微观结构敏感的疲劳建模:周期性保持载荷和过载对增材制造Ti-6Al-4V的影响
International Journal of Fatigue
IF
6.8
2025-09-18
0
PRE
AI
Harshit Gaddam; Taylor A. Hodes; Krzysztof S. Stopka; Michael D. Sangid
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Modeling the Influence of Hydrogen on Ni201 Plastic Behavior through Integration of Experimental Observations and Multiobjective Optimization
通过整合实验观测和多目标优化,对氢对Ni201塑性行为的影响进行建模
Journal of the Mechanics and Physics of Solids
IF
6
2025-09-06
0
PRE
AI
Leonidas Zisis; Krzysztof S. Stopka; Mohammad Imroz Alam; Zachary D. Harris; Michael D. Sangid
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Impacts of prior ablative damage and fiber breakage influence on flexural strength of 2D C/C composites with and without secondary high temperature treatments
前期烧蚀损伤和纤维断裂对有无二次高温处理的2D C/C复合材料的弯曲强度的影响
Journal of Materials Research and Technology
IF
0
2025-09-01
0
OA
AI
Nitilaksh Prasad; Christopher A. Wood; John I. Ferguson; Michael D. Sangid
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Quantifying precursors to void nucleation and coalescence in aluminum
量化铝中空位形核和合并的先驱物
Acta Materialia
IF
9.3
2025-06-26
0
PRE
AI
Jose Javier Solano; Sven E. Gustafson; Philip J. Noell; Krzysztof S. Stopka; Jun-Sang Park; Peter Kenesei; Kyle Johnson; Michael D. Sangid
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The physics of fatigue crack propagation
疲劳裂纹扩展的物理学
INTERNATIONAL JOURNAL OF FATIGUE
IF
6.8
2025-06-16
4
PRE
AI
Sangid, MD
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Analysis of complex internal channels on high-cycle fatigue behavior of LBPF GRCop-42
复杂内部通道对LBPF GRCop-42高周疲劳行为的影响分析
ENGINEERING FAILURE ANALYSIS
IF
5.7
2025-04-01
2
PRE
AI
Gandhi, Gaurav; Sangid, Michael D.
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Surface smoothing for laser powder-bed Ti-6Al-4V by a transient liquid phase
激光粉末床Ti-6Al-4V的瞬态液相表面光滑处理
MATERIALS & DESIGN
IF
7.9
2025-03-01
1
OA
AI
Yetter, Kendall J.; Jung, Kyle; Chuang, Andrew; Sangid, Michael D.; Lepage, William
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Evaluating the damage tolerant behavior of cold spray repaired aluminum alloys
INTERNATIONAL JOURNAL OF FATIGUE
IF
6.8
2025-01-01
0
PRE
AI
Morrison, Patrick E.; Stopka, Krzysztof S.; Ferguson, John I.; Sangid, Michael D.
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A comprehensive analysis of cermet design and thermal cyclic stability via elasto-viscoplastic crystal plasticity modeling
INTERNATIONAL JOURNAL OF PLASTICITY
IF
12.8
2024-08-01
2
PRE
AI
Peterson, Glenn R.; Jeong, Youngung; Tome, Carlos N.; Sangid, Michael D.
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Phasing effects on thermo-mechanical fatigue damage investigated via crystal plasticity modeling
通过晶体塑性建模研究了相位对热机械乏力损伤的影响
MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING
IF
7
2024-06-01
1
PRE
AI
Mackey, Brandon T.; Sangid, Michael D.
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Initializing intragranular residual stresses within statistically equivalent microstructures for crystal plasticity simulations
JOURNAL OF THE MECHANICS AND PHYSICS OF SOLIDS
IF
6
2024-03-01
10
PRE
AI
Bandyopadhy, Ritwik; Stopka, Krzysztof S.; Sangid, Michael D.
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研究方向
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