Recent Advances in Application of CFD Tools to Complex Flow Problems
Yi-JU Chou, National Taiwan University
Yang-Yao Niu, Tamkang University
Chien-Chou Tseng, National Cheng Kung University
Owing to the great advances in computational power and techniques, computational fluid dynamics has become a powerful tool to obtain insights into complex flow problems. To achieve this goal, novel algorithms, high-fidelity schemes, or advanced physical models play crucial roles in resolving flow complexities. This symposium serves as a forum to communicate ideas and achievements of the novel computational approaches for resolving flow complexities. The topics of this symposium cover all state-of-the-art numerical schemes that contribute to the high-fidelity simulations of fluid dynamics. Examples include, but not limited to, interface-capturing schemes for two-phase flows, fictitious boundary approaches for fluid-solid interactions, high-order schemes, and data-driven method for turbulence modeling. Aspects from the development or applications are both welcome. The symposium aims to enhance the idea exchange among people working with different types of method on different real-world applications.
Yi-JU Chou, National Taiwan University
Yang-Yao Niu, Tamkang University
Chien-Chou Tseng, National Cheng Kung University
Owing to the great advances in computational power and techniques, computational fluid dynamics has become a powerful tool to obtain insights into complex flow problems. To achieve this goal, novel algorithms, high-fidelity schemes, or advanced physical models play crucial roles in resolving flow complexities. This symposium serves as a forum to communicate ideas and achievements of the novel computational approaches for resolving flow complexities. The topics of this symposium cover all state-of-the-art numerical schemes that contribute to the high-fidelity simulations of fluid dynamics. Examples include, but not limited to, interface-capturing schemes for two-phase flows, fictitious boundary approaches for fluid-solid interactions, high-order schemes, and data-driven method for turbulence modeling. Aspects from the development or applications are both welcome. The symposium aims to enhance the idea exchange among people working with different types of method on different real-world applications.
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