MxDesign.Nodeflow workflow graphical design software
MxDesign.Nodeflow workflow graphical design software
MxDesign.NodeFlow is an open, data-driven graphical intelligent design software. Compared with similar domestic and foreign commercial software, it has a considerable level of fitting accuracy and optimization efficiency. It also pioneered changes in the thinking of using design software, replacing traditional design logic with workflow as the design basis of the software, and defined a more inspiring design language. Its software has built-in interfaces for multiple programming languages (Python, C++, etc.) and commercial solvers (ABAQUS, Nastran, etc.). It has more than a hundred design templates built-in based on different design tasks, design goals and application industries.
Core functions





experimental design sensitivity analysis machine learning global optimization uncertainty analysis
Product advantages
1. Provides dedicated interfaces for various mainstream CAE analysis tools such as explicit, implicit, multi-physics, fluid, etc. to quickly establish complex simulation analysis processes.
2. Built-in 5 formula editors, C/C++, MATLAB, Python and many other related tools commonly used in engineering analysis, with high scalability
3. Contains dozens of design templates and more than a hundred design library cases to help users quickly get started with the software and efficiently build different design tasks. It also provides customized templates for downstream industries.
technological advancementMxDesign.NodeFlow is the best intelligent design software in China. It has a complete design system and covers more than 90% of the functions of mainstream commercial software in the industry. The self-developed multi-source data fusion design method breaks the shackles of spatial measurement. The rich third-party software interfaces enable it to be easily integrated into the user's existing CAE software ecosystem. It reduces the operational burden of engineers in many aspects and promotes the standardization of enterprise design processes.
Application cases