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SS89: Advances in Analysis of Mathematical Problems arising from Materials and Biological Science

Organizer(s):
Name:	Affiliation:	Country:
Toyohiko Aiki	Japan Women`s University	Japan
Sander Hille	Leiden University	Netherlands
Adrian Muntean	Karlstad University	Sweden

Abstract:
This special session focuses on technologically important and mathematically interesting problems arising from material and biological sciences. Besides well-posedness and asymptotic studies of nonlinear PDEs and related particle systems, the session also includes presentations on averaging processes in porous media, non-periodic homogenization, statistical mechanics of particle systems, and multiscale dynamics. Interactions between different branches of mathematics are particularly welcome (e.g. measure theory and PDEs, probability and analysis of evolution equations.

List of approved abstract
Name	Affiliation	Title
Toyohiko Aiki	Japan Women`s University	Weak formulation of a free boundary problem describing adsorption phenomena appearing concrete carbonation process
Martijn Anthonissen	Eindhoven University of Technology	A model for thermal diffusion by plasmonic heating
Takeshi Fukao	Kyoto University of Education	Perspectives in nonlinear diffusion equations as asymptotic limits of Cahn--Hilliard systems
NOBUYUKI KENMOCHI	Chiba University	Stefan/Navier-Stokes Problems -- Quasi-variational Inequality Approach --
Kota Kumazaki	Nagasaki University	On a free boundary problem describing swelling process in porous materials
Shunsuke Kurima	Tokyo University of Science	A Cahn-Hilliard type system coupled with a heat equation on unbounded domains
Martin Lind	Karlstad University	A two-scale pressure model: well-posedness and inverse stability estimates
Adrian Muntean	Karlstad University	Simultaneous homogenization and dimension reduction of nonlinear transport through thin heterogeneous membranes
Yusuke Murase	Meijo University	Existence of solutions for Brewing model for Japanese Sake of quasi-variational type
Makoto Okumura	Department of Pure and Applied Mathematics, Graduate School of Information Science and Technology, Osaka University	A linear and structure-preserving scheme for a non-local conservative Allen--Cahn equation
Omar Richardson	Karlstad University	Semidiscrete finite element approximation and a-priori feedback strategy estimates for a two-scale pressure problem
Ken Shirakawa	Faculty of Education, Chiba University	Gradient systems for anisotropic energies associated with image processings
Gideon Simpson	Drexel University	Spin-diffusions and diffusive molecular dynamics
Sergey Timoshin	SRM University AP	Control problem for a concrete carbonation process with hysteresis
Yutaka Tsuzuki	Hiroshima Shudo University	Solvability of problems for charged particles in plasmas with angle error in magnetic field
Arthur Vromans	Eindhoven University of Technology & Karlstads Universitet	Application of homogenization structures to sulfate corrosion of concrete
Hiroshi Watanabe	Oita University	Solvability of some systems for parabolic-hyperbolic conservation laws
Noriaki Yamazaki	Kanagawa University	Double quasi-variational evolution equations governed by time-dependent subdifferentials and applications
Antoine Zurek	Lille University	Long time behavior of a finite volume scheme for concrete carbonation model