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New Course
Concept
Flamelet Models
Flamelet models
are like a
special recipe
that helps scientists understand how
fire burns
in
different situations
, especially when it's
mixed with air
in a
tricky way
. They use math to predict how flames will behave, making it easier to design safer and more
efficient engines
and burners.
Relevant Fields:
Liquid Motion 71%
Computational Mathematics 29%
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Concept
Combustion
Combustion is a
chemical process
where a
substance reacts with oxygen
to
release energy
in the
form of heat and light
, typically resulting in the
formation of new chemical compounds
. It is a
fundamental reaction
in
energy production
, transportation, and
various industrial processes
, playing a
critical role
in both
natural and engineered systems
.
Concept
Turbulent Flows
Concept
Chemical Kinetics
Chemical kinetics
is the study of the rates at which chemical reactions occur and the factors that influence these rates. Understanding kinetics is crucial for
controlling reaction speed
in
industrial processes
, biological systems, and
environmental applications
.
Concept
Heat Transfer
Heat transfer
is the process by which
thermal energy
moves from a region of
higher temperature
to a region of
lower temperature
. It occurs through three primary mechanisms: conduction, convection, and radiation, each with
distinct characteristics
and applications.
Concept
Fluid Dynamics
Fluid dynamics
is a
branch of physics
that studies the
behavior of fluids
(liquids and gases) in motion and the
forces acting on them
. It is essential for understanding
natural phenomena
and
designing systems
in
engineering disciplines
, including aerodynamics, hydrodynamics, and meteorology.
Concept
Mixture Fraction
Concept
Laminar Flamelet
Concept
Turbulent Flamelet
Concept
Reaction Zones
Concept
Scalar Dissipation Rate
Concept
Eddy Dissipation
Eddy Dissipation
is a model used to predict the rate of
turbulent mixing
and reaction in
combustion processes
, where the
rate of reaction
is assumed to be controlled by the rate of
turbulent mixing
of reactants. It simplifies the
complex chemistry of combustion
by focusing on the
turbulent eddies
that dominate the
mixing and reaction rates
, making it particularly useful in
engineering applications
for predicting
flame behavior
and
pollutant formation
.
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