CFD is an acronym that refers to “Computational
Fluid Dynamics”. CFD uses numerical methods
to solve the fundamental nonlinear differential
equations that describe fluid flow (the Navier-Stokes
and allied equations) for predefined geometries
and boundary conditions. The result is a wealth
of predictions for flow velocity, temperature, density,
and chemical concentrations for any region where
flow occurs.
A key advantage of CFD is that
it is a very potent, non-intrusive, virtual modeling
technique with powerful visualization capabilities,
and engineers can evaluate the performance of a
wide range of IAQ/HVAC system configurations on
the computer without the time, expense, and disruption
required to make actual changes onsite.
CFD is one of the areas that has
been dramatically developed for the last several
decades. This technique has widely been applied
to various engineering applications such as automobile
and aircraft design, weather science, civil engineering,
and oceanography.
Today, the HVAC/IAQ industry is one of the fields
that has initiated utilizing CFD techniques widely
and rigorously in its design.
Several introductory articles
1.
Introduction to CFD_Flonomix (3 fold brochure format)
2. CFD simulation_Auditorium_Flonomix (Report format)
3.
CFD simulation_Chemical Lab_Flonomix (Report format)
4. CFD simulation_Underground Parking Structure_Flonomix
(3 fold brochure format)
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