CFD stands for Computational Fluid Dynamics. The CFD flow
modeling services are an advanced technique, by the help of which; it is being
possible to measure and evaluate the various aspects such as velocity,
temperature, species concentration and pressure of the fluid flow. Thereby, it
helps in building an optimized design prior to the prototype phase of the
project.
In CFD modeling process, the non-linear stokes equations
that govern the fluid flow are numerically solved, using various advanced
software such as FLUENT; on high speed computers. The basic principle of CFD
modeling is that the simulated flow region is divided into small cells within
each of which, the flow is either kept constant or varies smoothly.
The various application areas of the CFD Flow Modeling
services are as follows:
- Wind loading on structures during hurricanes.
- Dispersion of cloud containers in a two phase mixture of dense gas and droplets from accidental chemical releases.
- Re-entrainment of toxic releases from building vents.
- Ventilation of train exhausts in tunnels.
- Recirculation of mechanical draft cooling tower exhausts.
- Dispersion of pollutants within industrial complexes.
- Evaluation of design parameters of the green buildings.
In the CFD flow modeling services, the momentum, mass
balance and heat equations along with various other models, which describe the
equipment performance, are taken as input and various information’s such as
temperature profile, equipment size and velocity profile etc, are extracted as
output.
A wide range of industries including the aerodynamics
industry, chemical industry, combustion processes industry, oil and gas
industries, transportation industries, wind energy developers and waste water
treatment agencies are availing the CFD modeling services. Architects and
constructional engineers are also making use of CFD analysis in their projects. See CFD Services
The advantages of CFD Flow Modeling Services are as follows:
- It is possible to overcome the traditional restrictions in flow analysis.
- The fluid flow problems are visualized and solved with utmost accuracy.
- This is an advanced application for both single and multi-phase flows.
- It becomes easier to investigate some of the difficult to measure variables of the fluid flow.
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