/ 41 EASY HANDLING Pre-defined reaction schemes for all common aftertreatment systems are offered in both AVL BOOST™ and AVL FIRE™. The user also has the freedom to modify or to replace the offered schemes. AVL BOOST™ model set-up files can ��e imported in the AVL FIRE™ Solver GUI. This saves users from the time consuming and error-prone re- entering of model data when switching from 1D to 2D/3D CFD. OPENNESS AS KEY TO SUCCESS Both AVL BOOST™ and AVL FIRE™ support deploying user defined code extensions in the simulation procedure. For this purpose, both products offer the conventional possi��ility of linking user-defined functions to either tool. Recently AVL released the standardized AVL User Coding Interface AUCI. This enables an engineer to deploy any reaction mechanism of choice without having to program a single line of source code. Saving the input C-Code is generated automatically and the compiled object can be used with AVL BOOST™ and AVL FIRE™ equally without any further effort. AUCI also supports the exchange of the code between different parties involved in the development of an aftertreatment system. Before saving the input, the engineer can decide which part of the content shall be hidden/ disclosed to the person that will actually use the compiled code. Thus, proprietary information remains protected while it is ensured that everyone involved can produce the same results. Flow uniformity and temperature field in a diesel particulate filter
Solutionskatalog_2017_E
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