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Fingerprint Dive into the research topics where Hideaki Ogawa is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Evolutionary algorithms
Airfoils
Engines
Fuel injection
Propulsion
Aerodynamics
Rockets
Boundary layers
Hypersonic aerodynamics
Flow control
Nozzles
Shock waves
Geometry
Drag reduction
Drag
Mach number
Air
Computational fluid dynamics
Sensitivity analysis
Transonic flow
Combustors
Actuators
Diaphragms
Orbits
Control surfaces
Plasmas
Design optimization
Unsteady flow
Trajectories
Turbines
Control nonlinearities
Nozzle design
Flow separation
Multiobjective optimization
Vortex flow
Wind tunnels
Numerical analysis
Physics
Anodes
Nonlinear systems
Hypersonic inlets
Magnets
Hydrocarbons
Shape optimization
Flutter (aerodynamics)
Vorticity
Electric propulsion
Sampling
Orifices
Identification (control systems)

Physics & Astronomy

Engineering

supersonic combustion ramjet engines
injectors
propulsion
hypersonic inlets
space transportation system
spacing

General

design optimization
fuel injection
shock
optimization
upstream
boundary layers
configurations
rockets
pressure recovery
geometry
injection
penetration
nozzle design
sensitivity analysis
axisymmetric flow
hydrocarbon fuels
diaphragms
interactions
augmentation
contraction
sliding
vehicles
orifices
aspect ratio

Aeronautics

hypersonics
transonic flow
wings
unsteady flow
drag reduction
thrust
aerodynamic characteristics
aerodynamics

Chemistry and Materials

air
gaseous fuels

Astronautics

trajectory optimization

Aerospace Sciences

Enceladus
plumes
orbits

Physics

cycles
wave drag
shock waves
physics
stagnation pressure

Mathematical and Computer Sciences

Mach number

Earth & Environmental Sciences

engine
geometry
boundary layer
air
unsteady flow
drag
penetration
shock wave
sliding
transportation system
physics
plume
thrust
trajectory
flow field
contraction
aerodynamics
computational fluid dynamics
sensitivity analysis
spacing