Display Abstract
Title Solvability and optimal control problems on mathematical modeling for brewing process of Japanese Sake
Name Yusuke Murase
Country Japan
Email ymurase@meijo-u.ac.jp
Co-Author(s)
Submit Time 2014-02-28 09:15:16
Session
Special Session 27: Mathematical problems in economics, materials and life science: Analysis and simulation of nonlinear multiscale dynamics
Contents
Our mathematical modeling for brewing Sake is constructed by 14 reaction-diffusion equations, heat equation, and a constraint condition. This mathematical model can be expressed by the quasi-variational inequality. We study this model with homogeneous Neumann boundary conditions for reaction-diffusion equations, and Robin boundary condition for heat equation. In phenomena, Brewing Sake has 5 different fermenting stages, we provide the model so that represents several stages. In this talk, we discuss the solvability of our model in 1st stage, and its optimal control problems.
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