Ideal for joint development! Flexible reaction rate analysis for post-processing equipment!
GT-SUITE has an integrated library of chemical reactions and after-treatment devices, allowing for the modeling of any after-treatment (AT) device individually or within an integrated system. Users can also utilize highly flexible features to modify or specify the involved chemical reaction mechanisms. The design of this library aligns with GT's goals, enabling the simulation of all scenarios for engine and vehicle systems using a single tool. Additionally, this library can be used to model AT systems alongside vehicles, engines, thermal management, and control systems, making it particularly suitable for collaborative development. **Key Features of the Library** - Specify chemical reaction mechanisms using the intuitive and flexible input method of the GT-ISE GUI. - Support for various catalysts and filters (TWC, DOC, LNT, DPF, Catalyzed-DPF, SCR-DPF, SCR, AOC, etc.), as well as future reaction devices. *For more details, please refer to the PDF materials or feel free to contact us.*
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**The Most Important Features of the Library** - A highly efficient and stable chemical reaction solver from a numerical computation perspective, capable of handling adaptive meshes. - The mesh adapts to local chemical reactions, analyzing the stiffest nonlinear reaction-diffusion problems faster than conventional real-time solvers. - An advanced micropore diffusion model for flow-through type catalysts corresponding to dual washcoat layers. - A detailed model of a fully discretized wall flow particle removal device, including diffusion in the inlet flow path, soot cake layer, base wall surface, and outlet flow path. - As it is an integrated single tool, there is no need for third-party tools or compilers. - Built-in direct DOE optimization functionality for adjusting reaction rate parameters. - Users can encrypt their unique models and distribute them outside their organization. - All users can utilize the cutting-edge mechanisms of each catalyst and the DPF application library as starting models. *For more details, please refer to the PDF materials or feel free to contact us.*
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While focusing on MBD and CAE technologies and their surrounding technical areas, we specialize in building virtual products and collaborative design processes through cutting-edge digital engineering. We have formed partnerships with leading software vendors of the era to provide top-level digital engineering technologies in Japan, including solutions for thermal fluid analysis, structural analysis, electromagnetic field analysis, acoustic analysis, system simulation, optimization technologies, embedded software development environments, and simulation process data management (SPDM) solutions. We offer a comprehensive engineering environment necessary to solve the diverse and complex challenges faced by our customers. Official Blog: https://www.idaj.co.jp/blog/ IDAJ YouTube Channel: https://www.youtube.com/channel/UCGCd8pB5Lwq_noIoxpgJrrw/featured X: https://twitter.com/IDAJ_CAE Facebook: https://www.facebook.com/IDAJ.CAE