/ 212 SIMULATION SOLUTIONS TEST SYSTEM SOLUTIONS TESTING EQUIPMENT SIMULATION TOOLS TESTING TOOLS CUSTOMER SERVICES Swirling flow in gas turbine combustor MARKET DRIVERS For internal combustion engines, one of the major market challenges is to optimize engine-out emissions without sacrificing thermal efficiency. Higher predictivity from comustion CF simulations, at reduced CPU time, will enable the industry to elaborate the best specification of engine soft- and hardware in a shorter time frame. A more detailed description of fuel and emissions chemistry is key to achieve improved CFD predictivity. However, with traditional approaches, the description process leads to a significant increase in CPU time, often eceeding project lead times. AVL BOOST™ AVL CRUISE™ AVL CRUISE™ M AVL EXCITE™ AVL FIRE™ AVL FIRE™ M AVL TABKIN™ AVL TABKIN™ AVL APPROACH AVL TABKIN™ pre-calculates comustion chemistry and efficiently maps the results to the ow field computed with CF. This chemistry tabulation technology allows to include the most detailed fuel chemistry available today directly in CFD simulations, while still meeting engineering project lead times. AVL TABKIN™ is natively coupled to AVL FIRE™. Interfaces to AVL TABIN™ eist for all common CFD codes. Diesel combustion in the early phase
Solutionskatalog_2017_E
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