PhD student in Engineering Mechanics at UT Austin
🧪 Expanding Digital Image/Volume Correlation (DIC/DVC) technology under extremely challenging conditions
🌍 Passionate about measurement technologies, solid experimental mechanics
You can download my full CV here:
📌 Download CV (PDF)
- Developed an advanced, robust, and user-friendly open-source stereo-DIC method for high-accuracy 3D displacement measurement.
- Focused on complex geometry, large deformation, and complex real biological tissue challenges.
Machine Learning-Aided Spatial Adaptation for Improved Digital Image Correlation Analysis of Complex Geometries
- Presents a machine learning approach to improve Digital Image Correlation (DIC) analysis efficiency.
- Automates region selection, mesh refinement, and subset splitting near complex sample edges.
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SEM Annual Conference 2025 (Milwaukee, WI, USA)
- Talk: "3D Stereo-ALDIC"
- Date: June 2-5, 2025
- Session: Advancement of Optical Methods in Experimental Mechanics
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IMAC-XLIII (Orlando, FL, USA)
- Talk: "Advancing Digital Image Correlation for Biomechanical Applications"
- Date: June 3-6, 2024
- Session: DIC/DVC Methods
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SEM Annual Conference 2024 (Vancouver, WA, USA)
- Talk: "Exploring the Interplay of Alveolar Mechanics and Fluid Accumulation in Pulmonary Edema: Insights from Soft Metamaterials 3D Printing and Mechanical Testing"
- Date: June 3-6, 2024
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Southern SEM Student Symposium 2024 (Baton Rouge, LA, USA)
- Talk: "Exploring the Interplay of Alveolar Mechanics and Fluid Accumulation in Pulmonary Edema: Insights from Soft Metamaterial 3D Printing and Mechanical Testing"
- Date: May 12, 2024
- Our developed 3D-ALDIC method is participating in the Stereo-DIC Challenge 2.0.
- I am currently serving as an assistant for DVC Challenge 2.0, focusing on coordination, data organization, and paper writing.
📌 LinkedIn: linkedin.com/in/ZixiangTong
📌 ResearchGate: ResearchGate
📌 Google Scholar: Google Scholar
📌 Our group website: Yang group
📌 Email: [email protected]
✨ Thanks for visiting my profile! Feel free to explore my projects and reach out if you're interested in collaborating! 🚀