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Aerodynamic
Aerodynamic
Simulation of
Peugeot 206 to
Study the Drag
Coefficient
This project was
performed in
2003 to study
the effect of
geometric
parameters on
drag
coefficient. Due
to the
improvement of
software
capabilities,
accurate
aerodynamic
analysis can be
handled with a
professional and
qualified team.
Using CFD
simulations, the
effect of
geometric
parameters on
drag
coefficients can
be considered in
short time. In
this project a
3D model of
Peugeot 206 was
created. After a
professional
mesh generation,
precise
simulation was
performed and
with different
geometric
variations, the
aerodynamic
effects were
studied. Based
on this project
a deep insight
into vehicle
aerodynamic was
developed in
Arya Alborz
Company. Due to
the similarity
in the nature of
aerodynamic
problems,
optimum
aerodynamic
design of
high-speed train
can be handled
with this
company.
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Aerodynamic
Simulation of
Peugeot 405 to
Study the Drag
Coefficient
This project was
performed in
2003 to study
the effect of
geometric
parameters on
drag
coefficient. In
this project a
3D model of
Peugeot 405 was
created. After a
professional
mesh generation,
precise
simulation was
performed and
with different
geometric
variations, the
aerodynamic
modification
potentials were
studied. Based
on this project
the capability
of aerodynamic
design of
different
vehicles and
high-speed
trains was
provided in Arya
Alborz
engineering
group.
Aerodynamic CFD
Simulation of a
Plane under
Different Flight
Conditions
This project was
performed on a
small plane to
study the lift
and drag force
in 2010. At the
first step a 3D
model of plane
was created in
Catia software.
After a
professional
mesh generation,
the effect of
different flight
conditions on
lift and drag
force was
studied and the
knowledge of
aircrafts
aerodynamic
design was
developed in
Arya Alborz
Company.
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