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Profundizar en los temas de investigación en los que Irving Osiris Hernández López está activo. Estas etiquetas de temas provienen de las obras de esta persona. Juntos, forma una huella digital única.
Ingeniería y ciencia de los materiales
Natural convection
Air
Heat transfer
Nusselt number
Reflective coatings
Hot Temperature
Heat radiation
Mixed convection
Radiative transfer
Solar system
Forced convection
Finite volume method
Temperature
Thermal energy
Ventilation
Glass
Mass transfer
Roofs
Heating
Flow rate
Solar chimneys
Heat flux
Incident solar radiation
Turbulence models
Insulating materials
Gases
Enclosures
Cooling
Turbulent flow
ASHRAE standards
Radiation effects
Energy storage
Heat exchangers
Chimneys
Energy dissipation
Program processors
Earth (planet)
Flow patterns
Isotherms
Vents
Concrete slabs
Computational fluid dynamics
Air intakes
Solar radiation
Fans
Insulation
Thermocouples
Radiation
Electricity
Heat transfer coefficients
Agricultura y biología
mass flow
heat transfer
solar chimneys
heat
solar still
radiative transfer
convection
mass transfer
thermal radiation
Mexico
glass
climate
coatings
methodology
insulating materials
markets
thermal energy
condensates
heat exchangers
cooling
slabs
phase transition
solar radiation
weather
chimneys
energy
distillates
plaster
gases
ventilation systems
diffuse solar radiation
cells
direct solar radiation
surface temperature
cold zones
isogenic lines
bricks
thermal analysis
water vapor
asymmetry
temperature
Física y astronomía
free convection
gray gas
radiative transfer
forced convection
optical thickness
cavities
emissivity
computational fluid dynamics
mass flow
evaluation
thermal radiation
enclosure
Nusselt number
heat transfer
heat flux
air
inertia
temperature gradients
temperature profiles
turbulence models
turbulent heat transfer
mass flow rate
finite volume method
heating
outlets
radiation effects
parallel plates
convective heat transfer
Rayleigh number
cold walls
formulations
thermal energy
travel
turbulent flow
albedo
