My research is funded by the National Natural Science Foundation of China, Guangdong-Hong Kong-Macau Joint Laboratory for Data-Driven Fluid Mechanics and Engineering Applications, and the Southern University of Science and Technology.
My research group has access to the TianHe-2A cluster, located at the National Supercomputer Center in Guangzhou, as well as the Tai-Yi supercomputer on campus. Both are P-scale machines and support our computational investigation of multi-physics and multi-scale problems. My lab is equipped with ThinkStation P920/P620 tower workstations for methodology development.
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Sun, Yu (Administrative Associate) Group organization.
Guan, Jiashen (PhD student in MAE, MS@SJTU, Fall 2021 - present) Computational inelasticity and higher-order methods.
Pan, Hui (PhD student in MAE, co-advised with Prof. Yijun Liu, MS@HIT(Shenzhen), Fall 2020 - present) Higher-order methods.
Sun, Yujie (PhD student in MAE, MS@SUSTech, Fall 2022 - present) Fluid-structure interaction.
Ding, Chi (PhD student in MAE, MS@Clarkson, Fall 2024 - present) Fluid-structure interaction and medial devices.
Luo, Jiawei (PhD student in MAE, MS@Tsinghua, Fall 2023 - present) Inelasticity.
Huang, Jiayi (MS student in MAE, BS@SJTU, Fall 2021 - present) Medical image segmentation and mesh generation.
Lu, Qingshuang (MS student in MAE, BS@SUSTech, Fall 2021 - present) Vascular fluid-structure interaction.
Su, Yuzhang (MS student in MAE, BS@Henan Institute of Technology, Fall 2021 - present) Vascular biomechanics and uncertainty quantification
Huang, Xuanming (MS student in MAE, BS@Wuhan University, Fall 2022 - present) Fluid-structure interaction
Zhao, Chongran (MS student in MAE, BS@SUSTech, Fall 2021 - present) Growth and remodeling
Yue, Xinhai (MS student in MAE, BS@SUSTech, Fall 2021 - present) Reduced-order modeling
Fang, Jincheng (MS student in MAE, co-advised with Prof. Padovani@GTIIT, BS@Wuhan University, Fall 2023 - present) Medical device
Hu, Wen (MS student in MAE, co-advised with Prof. Wang@GTIIT, BS@SUSTech, Fall 2023 - present) 3D printing
We are interested in the modeling of the mechanical behaviors, including viscoelasticity, plasticity, anisotropy, damage.
We are interested in medical device design using high-fidelity simulation techniques, surrogate modeling, multi-objective optimization, and experimental validation.
We are interested in patient-specific modeling of the cardiovascular system, including the image-based modeling and computational techniques.
We are interested in phase-field modeling for complex material behaviors.