- We provide low cost and professional Computational Fluid Dynamic (CFD) engineering consulting services over the internet. Using the power of the internet we are able to participate in your design projects just as effectively as being in your office. We help solve all types of mechanical engineering and structure engineering analysis problems.
What is CFD:
Computational Fluid Dynamic (CFD) is a numerical simulation tool used to solve and analyze problems that involve fluid flows.
CFD analysis helps engineers in understanding the problem appropriately and offers practical ideas for the best decision about the most flawless and productive design.
Our Mission:
What we need to run CFD analysis:
3D CAD model, or 2D drawings with all dimension information
The detailed load conditon
Material property for each components
What are your main concerns from the analysis
What we provide on CFD project:
A full standard CFD analysis report
The detailed analysis results including: pressure, velocity, volume fraction, temperature, etc.
Project description and CFD input information
Summary, conclusion, comments and suggestions
Colorful images and animation files
Q & A
Our Engineering Services
 | Finite Element Analysis (FEA) nonlinear, thermal, impact, fatigue, etc. |
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 | Computational Fluid Dynamic (CFD) transient, multiple stream, heat transfer. |
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 | Moldflow Analysis gas assist molding, blow molding, etc. |
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 | Computer Aided Design/Draft (CAD) 2D/3D draft, conversion, rendering, etc. |
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 | Lab Test and Material Analysis prototype test, material analysis, etc. |
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 | Manufacturing & Global Sourcing Low cost Manufacturing & sourcing from Asia. |
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Application Fields
- Aerospace
- Automotive
- Construction
- Chemical Engineering
- Civil Engineering
- Consumer Products
- Electronics
- Environmental
- Government / Defense
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Area of Expertise
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Steady flow analysis
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Transient flow analysis
Imcompressible & Compressible flow
Laminar & Turbulent flow CFD
Heat Transfers / Thermal Analysis
Newtonian & Non-Newtonian flow
Mass Transfers CFD
Chemical Reactions analysis
Fluid-structure Interaction
Turbulence Models
Mass Transfer Model
Multiple Streams
Sliding Interfaces
Multiple Rotation Zones
Dynamic Cell Addition/Deletion