/ 213 Sample from AVL TABKIN™ look-up table AVL TABKIN™ STRENGTHS AVL TAB��IN™ em��odies more than a decade of e��perience with chemistry tabulation technology for combustion applications. The modeling approach has been successfully applied to diesel and gasoline engines. Advanced concepts such as Low Temperature Com��ustion ��LTC�� and Premi��ed Charge Compression Ignition (PCCI), as well as dual-fuel concepts such as Reactivity-Controlled Compression Ignition (RCCI) or diesel-ignited gas, which are all strongly driven by chemical kinetics, are accurately modeled with AVL TABKIN™: • AVL TABKIN™ substantially reduces the computation time for CFD simulations with detailed reaction schemes. �� AVL TAB��IN™ signifi cantly enhances the predictivity of com��ustion CFD simulations through an improved physical description of the turbulent combustion process and the use of state-of-the art fuel chemistry. AVL TABKIN™ INTERFACES AVL TABKIN™ Interfaces link the look-up table generated with TABKIN™ to the CFD code of the user’s choice in two different ways: • Through the AVL TABKIN™ F��M com��ustion model, implemented in the latest AVL FIRE™ release and availa ��le through User-��efi ned Functions (UDFs) for other supported CFD codes. • By using tabulated chemistry data, generated with AVL TABKIN™, for other combustion models in a native format of the CFD of the user’s choice. CUSTOMER BENEFITS • Improved speed and predictivity of combustion CFD simulations • 50 % reduction of cost-peruseful answer (est.) • Reduced number of hardware prototypes and shorter timeto market
Solutionskatalog_2017_E
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