Special Session 32: Recent developments in mathematical theories of complex fluids
Organizer(s): Xianpeng Hu , Yong Yu , Chenyun Luo

Parallel Session 9 :: Saturday, June 3, 08:00 – 09:30                     LH131
8:00-8:30	Changyou Wang (Purdue University, USA)  Variational Problems on Nematic Liquid Crystal Droplets

8:30-9:00

Yuanzhen Shao (University of Alabama, USA)  On a thermodynamically consistent model for magnetoviscoelastic fluids in 3D

9:00-9:30

Hengrong Du (Vanderbilt University, USA)  Partial regularity for the stochastic Ericksen--Leslie equations

Parallel Session 10 :: Saturday, June 3, 14:00 – 16:00                     LH131
14:00-14:30	Chun Liu (Illinois Institute of Technology, USA)  Energetic Variational Approaches in Active Materials and Reactive Fluids

14:30-15:00

Tao Huang (Wayne State University, USA)  Poiseuille Flow of Full Ericksen-Leslie System Modeling Nematic Liquid Crystal Flows

15:00-15:30

xianpeng hu (city university of hong kong, Peoples Rep of China)  Incompressible limit of three dimensional compressible viscoelastic systems with vanishing shear viscosity

15:30-16:00

Yong Yu (The Chinese University of Hong Kong, Hong Kong)  PNP and Keller Segel equation and their related topics

Parallel Session 11 :: Saturday, June 3, 16:30 – 19:00                     LH131
16:30-17:00	Zhongtian Hu (Duke University, USA)  Suppression of chemotactic blow up by active scalar

17:00-17:30

Giusy Mazzone (Queen`s University, Canada)  On the interaction between a harmonic oscillator and a viscous fluid

17:30-18:00

Xiao Liu (University of Illinois Urbana-Champaign, USA)  Capillary Gravity Water Waves Linearized at Monotone Shear Flows: Eigenvalues and Inviscid Damping

18:00-18:30

Chenyun Luo (Chinese University of Hong Kong, Hong Kong)  A Generalized Beale-Kato-Majda Breakdown Criterion for the 3D free-boundary problem in Euler Equations with Surface Tension

18:30-19:00

Leonardo Abbrescia (Vanderbilt University, USA)  The maximal classical development for shock forming solutions of the 3D compressible Euler equations