CFD Applications

Computational Fluid Dynamics (CFD) has become an indispensable tool in the design, development, evaluation and refinement of new industrial equipment and processes. The use of CFD reduces the development cost of new products and cuts the time to market of these products.

Product Design

The ultimate functionality of a product depends on its cost, efficiency, robustness, and acceptance in the commercial market. In products that are developed to improve the environment through energy conservation; fluid-flow, heat and mass transfer plays an important role. CFD now with its multitude capabilities serves as an essential tool for modeling these phenomena in the design of such products.

Product Improvement

Many of the current industrial products have been developed in pre-CFD periods. As we become more energy efficient conscious, we find that the products involving thermal-fluid systems can be redesigned to reduce their energy consumption. Successfully redesigned products not only can lower the operating cost but remain competitive in the market place. In addition they may be introduced as new lines of products to stimulate the growth of the business.

In summary CFD can be effectively used to perform:

  • Component Modeling
  • System Analysis
  • Design Optimization
  • Design Verification
EET personnel have over 15 years of experience in applying and using CFD in Thermal-Fluids Systems. They have contributed to the development of products by several private companies. They have also used CFD as a R&D tool in grants and contracts from State and Federal agencies.

Past CFD Projects:

  1. Application of FIDAP to improve the performance of a NASA Rocket Engine Turbopump Vaned Diffuser
  2. Application of FLUENT to Streamline the Design of a Catalytic Converter
  3. Application of FLUENT to Design of A Supersonic Nozzle for Particle Size Reduction


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