Graduate School of Environment and Energy Engineering

  • Japan

Fingerprint The fingerprint is based on mining the text of the research documents related to the associated persons. Based on that an index of weighted terms is created, which defines the key subjects of research unit.

Engineering & Materials Science

Engines
Diesel engines
Ignition
Linear motors
Soot
Electric potential
Controllers
Wind power
Engine cylinders
Electric power systems
Costs
Electricity
Damping
Plug-in hybrid vehicles
Induction motors
Exhaust gases
Electric power system interconnection
Gas engines
Gasoline
Combustion knock
Computational fluid dynamics
Torque
Internal combustion engines
Control systems
Planning
Energy storage
Scheduling
Direct injection
Gas emissions
Farms
Voltage control
Temperature
Neural networks
Thyristors
Bus transportation
Time delay
Power generation
Electric sparks
Combustion chambers
Computer simulation
Catalysts
Electric power distribution
Electric vehicles
Fuel cells
Intake valves
Reaction kinetics
Capacitors
Kinetics
Synchronous motors
Vehicle performance
Natural gas
Power quality
Turbogenerators
Fuel injection
Diesel fuels
Numerical analysis
Frequency converters
Deregulation
Multiobjective optimization
Linear matrix inequalities
Stability criteria
Phosphates
Selective catalytic reduction
Distributed power generation
Deterioration
Lithium
Economics
Gases
Electric utilities
Fuel consumption
Energy utilization
Quadratic programming
Disturbance rejection
Finite element method
Decision making
Exhaust gas recirculation
Degradation
Oxidation
Chaos theory
Iron
Electric power transmission networks
Methanol
Reactive power
Smoke
Hot Temperature
Hybrid vehicles
Urea
Membership functions
Experiments
Outages
Visualization
Garbage trucks
System stability
Compaction
Dynamic programming
Stabilization
Solar energy
Profitability
Environmental impact
Tabu search