Tan Chin Tuan Seminar on Computational Fluid-Structure Dynamics in Biomimetic and Marine Renewable Technology
Professor Qing Xiao University of Strathclyde (UoS), United Kingdom This seminar will be chaired by A/P Ng Bing Feng. | ||
| Seminar Abstract | ||
Computational modelling of fluid–flexible-structure interaction (FFSI) is a vital tool in understanding and predicting the complex dynamics between fluids and deformable structures. This multidisciplinary field plays a crucial role in a wide range of applications, from aerospace engineering and civil structures to biological systems and soft robotics. However, accurately capturing the coupled, nonlinear behavior of flexible structures interacting with transient fluid flows remains a major challenge. Advances in computational techniques and high-performance computing continue to expand the potential of FFSI modelling in both understanding nature and engineering novels, efficiency, and adaptive systems. In this context, Professor Qing Xiao's research group is at the forefront of these innovations, developing and applying advanced CFD and FSI codes and algorithms to address these challenges. This seminar will begin with an overview of current research in the CFD-CSD lab, including work on ocean renewable energy devices. It will then focus on the innovative use of FFSI numerical modelling to address challenges in understanding fish swimming for bio-inspired aquatic locomotion. These studies advance fundamental FSI knowledge and offer new insights for designing efficient, adaptive bio-inspired engineering systems. | ||
| Speaker's Biography | ||
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