DyFlow Cyclone Experimental Flow Field Simulation Software Series

DyFlow Cyclone Experimental Flow Field Simulation Software Series

It can record historical data, real-time curves, data processing and other functions in real time, and is a fully Chinese version.

（1) Collect pressure, dust concentration, temperature and humidity, and automatically calculate dust removal efficiency.

（2) The Chinese version of the flow field simulation is based on a 3D model of a plate electrostatic precipitator, which collects actual air volume, wind speed, dust concentration, temperature, environmental humidity and other conditions through sensors, and automatically simulates and calculates the results under countless working conditions.

（3）DyFlow Cyclone Experimental Flow Field Simulation Software SeriesThrough the DyFlow flow visualization window, observe the pressure distribution, velocity distribution, as well as the path and dispersion of particles in the airflow.

（4) For different working conditions, it is possible to complete full data comparison, data analysis, and data visualization for multiple working conditions.

（5) Based on the finite volume method, turbulence models and Lagrange models can be calculated to simultaneously simulate the internal structure of airflow and the path and suction effect of particles. Observe the internal structure of the airflow and the path of particles, as well as the suction effect, and search for the mechanism of the superiority or inferiority of the suction effect from the airflow structure and particle distribution structure.

（6) It can simulate the flow field of electrostatic precipitator to analyze particles in different sections, including distribution cloud maps, high-value lines, particle trajectories, particle animations, etc.

（7）DyFlow Cyclone Experimental Flow Field Simulation Software SeriesUsing the Finite Volume Method solution method, combined with automatic mode optimization of the grid and automatic matching of boundaries, combined with external sensor data and input data, to complete the analysis of automated airflow related working conditions.

（8) According to the characteristics of each physical problem of flow, adopting a numerical solution suitable for it can achieve * in terms of calculation speed, stability, and accuracy. The data is output in "vkt" format and can be analyzed in various software.

（9) Using polyhedral mesh analysis and STL format geometric description, a fully automated mesh generation algorithm is provided, allowing users to easily use unstructured meshes, including triangles, quadrilaterals, tetrahedra, hexahedrons, and pyramids, to solve flows with complex shapes. Users are allowed to modify the mesh according to the specific situation of the solution.

（10) It can automatically collect data online/manually input data offline, and automatically calculate the results based on the software system. 3D simulation shows different working conditions.

（11）DyFlow Cyclone Experimental Flow Field Simulation Software SeriesThe device can scan the QR code of the device through a mobile phone to watch the experimental demonstration animation. The animation content is created using modern 3D modeling methods, and the animation video is accompanied by a full process voice explanation, achieving a vivid and emotional effect.

（12）The device is equipped with an intelligent online learning system that combines virtual and real teaching modes. It can be experienced through account login mode. The audio and video resource section includes animated videos that use modern 3D modeling methods. The animated videos are accompanied by full process voice explanations, achieving a vivid and emotional effect.