吳 鴻文

Professor

  • 1045 引文
  • 18 h-指數
1985 …2019
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Engineering & Materials Science

Heat transfer
Proton exchange membrane fuel cells (PEMFC)
Engines
Engine cylinders
Diesel engines
Mixed convection
Taguchi methods
Nusselt number
Methanol
Channel flow
Smoke
Steam
Hydrogen
Reforming reactions
Turbulent flow
Temperature
Reynolds number
Flow fields
Pistons
Fuel cells
Temperature distribution
Exhaust gas recirculation
Finite element method
Diffusion in gases
Biodiesel
Brakes
Natural convection
Heat convection
Fuel consumption
Gases
Vortex shedding
Grashof number
Engine pistons
Thermodynamics
Porosity
Urea
Gasoline
Conjugate gradient method
Catalysts
Heat conduction
Large eddy simulation
Ethanol
Forced convection
Fins (heat exchange)
Buoyancy
Friction
Air intakes
Viscosity
Cathodes
Pressure drop

Physics & Astronomy

Physics

heat transfer
convective heat transfer
flow distribution
viscosity
turbulent heat transfer
temperature
temperature distribution
conductive heat transfer
protons
viscous drag
dry friction

General

convection
augmentation
free convection
installing
Taguchi methods
eccentrics
porosity
fins
predictions
forced convection
large eddy simulation
methodology
internal flow
vortex generators
fluids
membranes
buoyancy
vortices
annuli
prolate spheroids
vibration
air flow
thermodynamics

Mathematical and Computer Sciences

Nusselt number
Reynolds number
finite element method
Grashof number
Rayleigh number

Aeronautics

turbulent flow
unsteady flow

Engineering

engines
fuel cells
heat sources
piston engines
vortex shedding
pistons

Chemistry and Materials

synthesis gas
ureas
hydrogen

Chemical Compounds

Heat transfer
Nusselt number
Mixed convection
Engine cylinders
Reynolds number
Turbulent flow
Proton exchange membrane fuel cells (PEMFC)
Engines
Natural convection
Taguchi methods
Flow fields
Fins (heat exchange)
Grashof number
Buoyancy
Biofuels
Temperature
Finite element method
Heat convection
Engine pistons
Large eddy simulation
Fluids
Viscosity
Temperature distribution
Porosity
Phosmet
Fuel cells
Cooling
Channel flow
Gas generators
Unsteady flow
Pistons
Plant Oils
Liquefied petroleum gas
Forced convection
Reforming reactions