CFDCFDCFDCFD
- What is cfd and why is ti so popular in modern areas, give 2
reasons:- What is cfd and why is ti so popular in modern areas,
give 2 reasons:- What is cfd and why is ti so popular in modern
areas, give 2 reasons:- What is cfd and why is ti so popular in
modern areas, give 2 reasons:- what is the name of the fundamental
fluid dynamics equation- what is the name of the fundamental fluid
dynamics equation- what is the name of the fundamental fluid
dynamics equation- what is the name of the fundamental fluid
dynamics equationdescribe the term involved in the equationdescribe
the term involved in the equationdescribe the term involved in the
equationdescribe the term involved in the equation is it possible
to solve the equation directly by analytical methods is it possible
to solve the equation directly by analytical methods is it possible
to solve the equation directly by analytical methods is it possible
to solve the equation directly by analytical methods if yes, how?
if yes, how? if yes, how? if yes, how? if not, how one can solve
the equation? if not, how one can solve the equation? if not, how
one can solve the equation? if not, how one can solve the
equation?
- What is laminar and turbulent flow, does the fundamental
equation describe this two kinds of flow? if not, what - What is
laminar and turbulent flow, does the fundamental equation describe
this two kinds of flow? if not, what - What is laminar and
turbulent flow, does the fundamental equation describe this two
kinds of flow? if not, what - What is laminar and turbulent flow,
does the fundamental equation describe this two kinds of flow? if
not, what is the additionalequation required to describe that?is
the additionalequation required to describe that?is the
additionalequation required to describe that?is the
additionalequation required to describe that?
- How can you describe turbulent behaviour in the sense of
mathematical modelling? - How can you describe turbulent behaviour
in the sense of mathematical modelling? - How can you describe
turbulent behaviour in the sense of mathematical modelling? - How
can you describe turbulent behaviour in the sense of mathematical
modelling? waht is turbeulent viscosity and why we need the
parameter? waht is turbeulent viscosity and why we need the
parameter? waht is turbeulent viscosity and why we need the
parameter? waht is turbeulent viscosity and why we need the
parameter? what is rans and les modelling? What is the difference
between both? what is rans and les modelling? What is the
difference between both? what is rans and les modelling? What is
the difference between both? what is rans and les modelling? What
is the difference between both? What is DNS? Give advantages and
disadvantages What is DNS? Give advantages and disadvantages What
is DNS? Give advantages and disadvantages What is DNS? Give
advantages and disadvantages
- what are types of heat models - what are types of heat models
- what are types of heat models - what are types of heat models
which model is use for very high temperature and explain why which
model is use for very high temperature and explain why which model
is use for very high temperature and explain why which model is use
for very high temperature and explain why which molecules......
radiation which molecules...... radiation which molecules......
radiation which molecules...... radiation
- consider the following chemical reaction: - consider the
following chemical reaction: - consider the following chemical
reaction: - consider the following chemical reaction: aA+bB ->
cC+dDaA+bB -> cC+dDaA+bB -> cC+dDaA+bB -> cC+dD which
chemical solution (approxited) and define the parameters. which
chemical solution (approxited) and define the parameters. which
chemical solution (approxited) and define the parameters. which
chemical solution (approxited) and define the parameters. define
the constant rate. define the constant rate. define the constant
rate. define the constant rate.
- what are the coordinates of : cartesian, cylinder, polar- what
are the coordinates of : cartesian, cylinder, polar- what are the
coordinates of : cartesian, cylinder, polar- what are the
coordinates of : cartesian, cylinder, polar- what is grea body,
black body and define emussivity. give value for emissivity of a
grey body.- what is grea body, black body and define emussivity.
give value for emissivity of a grey body.- what is grea body, black
body and define emussivity. give value for emissivity of a grey
body.- what is grea body, black body and define emussivity. give
value for emissivity of a grey body.- what is explicit and
implicit. which one of these methods is more stable and why.- what
is explicit and implicit. which one of these methods is more stable
and why.- what is explicit and implicit. which one of these methods
is more stable and why.- what is explicit and implicit. which one
of these methods is more stable and why.- what are the types of
discretization methods?- what are the types of discretization
methods?- what are the types of discretization methods?- what are
the types of discretization methods?
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