MS15

Title: Numerical Methods and Computational Modeling in Fluid Dynamics and Materials Science

Session 1

Name of the speaker	Title	University
Luchan Zhang	Dynamics of grain boundaries based on underlying microstructure	Shenzhen University
Tiantian Xu	A data-driven reduced-order model for swimming optimization of a self-propelled filament	Yonsei University
Xiaoxue Qin	A Three-dimensional Continuum Simulation Method for Grain Boundary	Shanghai University

Session 2

Name of the speaker	Title	University
Lina Zhao	A novel multipoint stress control volume method for linear elasticity on quadrilateral grids	City University of Hong Kong
Yaguang Gu	Bound- and Positivity-preserving Affne-invariant WENO Scheme for the Five-equation Model of Two-medium Flows	South China University of Technology
Wanli Yu	A Compressible Multiphase Flow Model with Immersed Boundary Method for Near-Field Underwater Explosion Dynamics	Jiangsu Ocean University
Xiaomin Pan	Unconditionally energy-stable and accurate schemes based on hyperbolic tangent scalar auxiliary variable approach for gradient flows	Shanghai University