Pureに変更を加えた場合、すぐここに表示されます。

Fingerprint Mitsuteru Asaiが取り組む研究トピックをご確認ください。これらのトピックラベルは、この人物の研究に基づいています。これらを共に使用することで、固有の認識が可能になります。

Engineering & Materials Science

Hydrodynamics
Tsunamis
Fluids
Disaster prevention
Poisson equation
Fluid structure interaction
Invariance
Seepage
Breakwaters
Scour
Natural convection
Visualization
Finite element method
Boundary conditions
Earthquakes
Soils
Disasters
Finite difference method
Heat transfer
Porous materials
Water
Bearings (structural)
Fluid dynamics
Retaining walls
Flow of fluids
Dams
Constitutive models
Numerical analysis
Concrete construction
Viscosity
Caissons
Mixed convection
Crack propagation
Multiphase flow
Flow simulation
Mechanics
Rubber
Circular cylinders
Computer simulation
Steel
Transient analysis
Concretes
Simulators
Piles
Plasticity
Surface tension
Textures
Porosity
Coastal zones
Degradation

Mathematics

Hydrodynamics
Natural Convection
Cavity
Free Surface Flow
Porous Media
Simulation
Fluid
Poisson's equation
Cover
Cross-diffusion
Tsunami
Lid-driven Cavity
Nanofluid
Mixed Convection
Free Surface
Invariance
Circular Cylinder
Eddy Viscosity
Ring or annulus
Disaster
Systems Analysis
Modeling
Surface Tension
Viscous Fluid
Motion
Finite Element Model
Heat Transfer
Nonlinear Problem
Semi-implicit
Rigid Body Motion
Time Scales
Visualization
Design Methodology
Governing equation
Heat and Mass Transfer
Interaction
Water
Crystal Plasticity
Surface Treatment
Rayleigh number
Dam Break
Hydrostatics

Physics & Astronomy

General

breakwaters
seepage
simulation
disasters
damage
caissons
fluids
multiphase flow
piles
entry
simulators
destruction
coasts
accidents
causes

Engineering

hydrodynamics
rigid structures
countermeasures

Aerospace Sciences

earthquakes

Chemistry and Materials

soils
shallow water

Geosciences

Japan
geography