This note briefly reports on the applicability of the local-in-time (LT) adjoint-based method to
a large-scale topology optimization problem with unsteady thermal-fluid. The basic idea of …

We have been developing an advanced general-purpose computational mechanics system,
named ADVENTURE, which is designed to be able to analyze a three dimensional finite …

The balancing domain decomposition (BDD) method is a well-known preconditioner due to
its excellent convergence rate. The BDD method includes the Neumann-Neumann …

This paper describes large-scale full wave analyses of electromagnetic fields by the finite-element
method with an iterative domain decomposition method (IDDM). A stationary vector …

An efficient and scalable Balancing Domain Decomposition (BDD) type preconditioner for
large scale linear systems arising from 3-dimensional heat transfer problems is presented. …

This paper describes iterative methods for the high frequency electromagnetic analysis
using the finite element method of Maxwell equations including displacement current. The …

This article investigates the complex symmetric linear equations that appear in high-frequency
electromagnetic-field analysis. As an efficient linear solver, we propose a mixed-precision …

We have investigated a high-accuracy analysis for the electromagnetic field of numerical
human body models using the finite-element method. The numerical human body models …

In the present study, performance improvements of the particle search and particle interaction
calculation steps constituting the performance bottleneck in the moving particle simulation …

This paper deals with finite element analysis involving tens of billions of degrees of freedom
(DOF) in a high-frequency electromagnetic field. The iterative substructuring method has …