- I am an Assistant Professor in the Department of Aerospace Engineering & Engineering Mechanics at UT-Austin!
- I earned my PhD degree from Caltech ME under the supervision of Prof. Kaushik Bhattacharya. I was a postdoc working at the University of Wisconsin-Madison ME department (Postdoc advisor: Prof. Christian Franck )
- My research areas include solid mechanics, experimental mechanics, digital image/volume correlation, laser induced inertial cavitation in soft matter (material's behavior at ultra-high strain rates).
- We develop and maintain several open source libraries and solvers, more on that here! 🖥️
- If you want to work with us, check out our research group website and our group GitHub page! 📫
- Feel free to reach out to me if you have any cool ideas!
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UT-Austin; Wisconsin-Madison; Caltech; Tsinghua University
- Austin, TX
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16:07
(UTC -05:00) - https://sites.utexas.edu/yang
- @jyang526
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YangMechanicsGroupUTAustin/STAQ-DIC
YangMechanicsGroupUTAustin/STAQ-DIC PublicForked from FranckLab/STAQ-DIC
Spatiotemporally Adaptive Quadtree Mesh (STAQ) Digital Image Correlation for solving large deformations near complex geometries and discontinuities
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YangMechanicsGroupUTAustin/2D_ALDIC
YangMechanicsGroupUTAustin/2D_ALDIC PublicAL-DIC(Augmented Lagrangian DIC) is a fast, parallel-computing DIC algorithm, which combines advantages of Local Subset DIC (fast, compute in parallel) and Global DIC (guarantee kinematic compatibi…
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FranckLab/ALDVC
FranckLab/ALDVC PublicAdaptive Lagrangian Digital Volume Correlation - volumetric displacement and strain measurement based on a hybrid local-global approach
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YangMechanicsGroupUTAustin/2D_FE_Global_DIC
YangMechanicsGroupUTAustin/2D_FE_Global_DIC Public2D Finite-element-based global Digital Image Correlation (DIC) method (guarantee global kinematic compatibility and decrease noise by adding regularization penalties).
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FranckLab/SerialTrack
FranckLab/SerialTrack PublicSerialTrack particle tracking algorithm
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InertialMicrocavitationRheometry/Intro-to-IMR
InertialMicrocavitationRheometry/Intro-to-IMR PublicSimple codes to numerically simulate laser/ultrasound-induced inertial cavitation bubble dynamics in soft materials
If the problem persists, check the GitHub status page or contact support.




