Team for Advanced Flow Simulation and Modeling


Research Overview

Research Highlights


Takizawa Lab

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Research Highlights

The last update on these pages was based on a 2010 journal article -- 156th in the list of 213 ISI-indexed journal articles. These pages will gradually be updated based on the newer articles in that list. In the meantime, for a glance at some of the work published since the 156th article, see TAFSM Featured. For full description of the work published since the 156th article, see Journal Publications.

Special Space-Time FSI Techniques for Spacecraft Parachutes
Wall Shear Stress and Oscillatory Shear Index Calculations With Refined Meshes
Multiscale Sequentially-Coupled Arterial FSI
Cerebral Aneurysm -- High-Resolution Wall Shear Stress
Cerebral Aneurysm -- Improved Boundary Layer Resolution
Orion Spacecraft Parachutes
FSI Modeling of Sails
Cerebral Aneurysm -- Hyperelastic Arterial Wall
Abdominal Aortic Aneurysm
Carotid-Artery Bifurcation
Cerebral Aneurysm -- Bifurcating-Artery Segment
Patient-Specific Computer Modeling of Arterial Dynamics and Blood Flow
Cerebral Aneurysm -- Variable Wall Thickness, High Blood Pressure
Inflation of a Balloon
Flow in a Tube Constricted with a Flexible Diaphragm
FSI with Contact: A Cloth Piece Falling Over a Rigid Bar
Descent and Glide of a Complex Parachute Design
Disreefing of a G-12 Parachute
Multiscale Selective Stabilization Procedure
Multiscale Successive Update Method
Multiscale Space-Time Technique