Cardiac simulators can assist in the diagnosis of heart disease and enhance human
understanding of this leading cause of mortality. The coupling of multiphysics, such as …

The energy conversion and storage efficiency was commonly ignored in experimental
studies on nanoscale flexible piezoelectric energy harvesters (PEHs). In this study, we …

We study the effect of poroelasticity on fluid–structure interaction. More precisely, we
analyze the role of fluid flow through a deformable porous matrix in the energy dissipation …

Parallel dynamic meshes are essential for computational simulations of large-scale scientific
applications involving motion. To address this need, we propose parallel LBWARP, a …

Harvesting energy from ambient vibration sources with ultrathin flexible piezoelectric energy
harvesters (PEHs) for battery-free electronics has received attention in recent years …

In this work, we utilize numerical models to investigate the importance of poroelasticity in
Fluid-Structure Interaction, and to establish a connection between the apparent viscoelastic …

Interactive systems have been used to design chemical structures, physical devices, to train
the use of surgical instruments, to monitor rehabilitation therapies or to provide educational …

Electronic medical recording systems [1-4] have become widespread due to the
improvement in hardware performance and user interfaces. Some recent systems are …

A heart model that can be expressed mathematically in a computer is desirable. Heart
modeling applications can be classified into four areas: clinical, research, educational, and …

抄録 心臓血管に関する医療において, 心臓の三次元的な構造を理解することは心疾患患者の治療
において極めて重要である. しかしながら, 特にいくつかの心疾患においては, 実際の心臓の構造は …