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HighLight
Defect-Aware Fatigue Life Framework for Corroded Mooring Chains Integrating Cyclic Plasticity and Crack Growth
A multistage computational methodology combining the local strain-life approach with fracture mechanics for fatigue life prediction in notched components. Overview: This repository presents a comprehensive defect-aware fatigue life prediction framework that integrates short-crack initiation and long-crack propagation phases for corroded mooring chains. The methodology addresses microstructural defects, stress concentrations, and material heterogeneity across different zones,
Halid Can YILDIRIM
Predicting Fast Crack Propagation in Welded Steel Plates Using Machine Learning
A hybrid computational framework integrating finite element analysis and recurrent neural networks for fracture prediction. Overview This...
Halid Can YILDIRIM
A Novel Fatigue Assessment Tool for Advanced Metallic Alloys
Fatigue strength assessment of advanced metallic alloys Overview: We present a conditional probability framework to address the challenge...
Halid Can YILDIRIM
Key Factors Influencing the Fatigue Strength of Additively Manufactured Parts
Understanding Fatigue Properties of Additively Manufactured Ti-6Al-4V We investigate additively manufactured titanium alloys regarding...
Halid Can YILDIRIM
Yield Strength Correction to Enhance the Fatigue Strength of High-Strength Steel Welds
Enhancing Fatigue Strength in High-Strength Steel Welds: HFMI and TIG Dressing Techniques The demand for lightweight structural solutions...
Halid Can YILDIRIM
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