- July 17: Murshed (D3), Wijaya(D3), Yang (D1), Futai (M2), Matsui (M2), Maulana (M2), Yamamoto (M2), Goto (M1) and Aizawa (B4) have given poster presentations in WMANP16 (Satellite WS of CJS2018).
- Md.M. Murshed: A characteristic FEM for the shallow water equations with the transmission boundary condition
- I. Wijaya: New Lagrange-Galerkin scheme for solving fluid flow in porous medium
- Z. Yang: Gradient flow of particle energy with discontinuous ODE system
- K. Futai: A mass-conservative adaptive Lagrange-Galerkin scheme of second-order in time
- K. Matsui: A pressure-Poisson problem and some boundary conditions for the Stokes problem
- A.M. Maulana: Variational approach to crack propagation in a cantilever beam
- H. Yamamoto: The gradient flow structure of a viscoelastic model and its finite element analysis
- K. Goto: Information processing via Karman vortex street
- Y. Aizawa: Mathematical formulation for neural networks
- July 13-16: Kimura (Prof.), Yang (D1) and Matsui (M2) have given oral presentations in CJS2018.
- M. Kimura: Snow crystal growth model with supersaturation of vapor
- Z. Yang: Discontinuous ODE system for confined particles motion
- K. Matsui: The Stokes problem and a pressure-Poisson problem with Dirichlet boundary conditions involving the pressure
- June 30: Notsu (Prof.) has given an oral presentation and Murshed (D3), Yang (D1), Matsui (M2), Goto (M1) and Aizawa (B4) have given poster presentations in IWCS2018.
- H. Notsu: Numerical analysis of Lagrange-Galerkin schemes for flow problems
- Md.M. Murshed: A Finite Difference Upwind Scheme for the Shallow Water Equation with the Transmission and Dirichlet Boundary Conditions
- Z. Yang: Unique existence of a particle system with impenetrable boundaries
- K. Matsui: Comparison estimate between the Stokes problem and a pressure-Poisson problem
- K. Goto: Karman Vortex in Physical Reservoir Computing
- Y. Aizawa: Mathematical formulation of neural network and deep learning algorithm