ChemKin.com provides companies with models to help them use clean energy

Title

Reaction Design - Provider of CHEMKIN and KINetics Software and Related Services for Chemically Reacting Flow

Contact

Administrative:

San Diego CA
US 92121


Registrant:

REACTION DESIGN, INC.
San Diego CA
US 92121

Description

Reaction Design, the leader in reaction modeling, and Fluent Inc., the leading supplier of computational fluid dynamics (CFD) software and services, announced today their intent to deliver the Reaction Design KINetics Module as an added-value capability of Fluent's flagship CFD software, FLUENT. The resulting technology provides the KINetics Module for reaction modeling coupled with FLUENT's flow simulation capability. Users of Reaction Design's CHEMKIN software benefit from this software integration because they can utilize consistent chemistry modeling when performing multidimensional reacting flow simulations in FLUENT.

The FLUENT KINetics Module will handle gas phase and surface reactions in flow simulations including combustion, fuel cracking and reforming, exhaust gas after-treatment, pollutant formation, and chemical vapor deposition processes. The integration, to be supported with the upcoming release of FLUENT 6.2, will treat chemistry in both laminar and turbulent flows, using FLUENT's wealth of turbulence-chemistry interaction models. The plug-in module is a joint development of Fluent and Reaction Design and will be sold and supported by Reaction Design.

"CFD analysts will now have the ability to use any level of gas-phase or surface kinetics detail in their complex-flow simulations, using a robust and fully coupled solution algorithm," according to Ellen Meeks, Vice President of Product Development at Reaction Design. "The FLUENT KINetics Module gives FLUENT users direct compatibility with Reaction Design's CHEMKIN software tools, ensuring consistency for all of their reaction modeling needs."

read more

Additional Information



Retrieved from "http://aboutus.com/index.php?title=ChemKin.com&oldid=23999072"