Prometech Integration — Integration of particle-based simulation into engineering workflows

Prometech Integration refers to the integration of Prometech’s particle-based simulation tools into existing engineering workflows or CAE software environments, enabling simulation data to be utilized continuously throughout analysis, design, and engineering evaluation processes

This concept does not represent a standalone product but describes how Prometech solvers are connected, deployed, and operated in conjunction with other engineering tools within a unified analysis environment

The integration focuses on the exchange and utilization of particle-based simulation data in subsequent stages of the engineering workflow

▪ Simulation results can be exported and used as input data for other CAE tools
▪ Geometry data, boundary conditions, and simulation states are synchronized across software within the same analysis chain
▪ Particle-based simulation is used to complement conventional methods in problems involving complex physical phenomena

Prometech Integration enables physical phenomena that are difficult to model using traditional mesh-based methods to be incorporated into engineering analysis workflows without disrupting existing processes

▪ Simulation of free-surface flows, waves, splashing, and fluid mixing
▪ Simulation of granular materials, powders, particles, and particle interactions
▪ Analysis of fluid–granular material interactions in industrial processes

In practical engineering environments, Prometech Integration is used to extend the analytical capabilities of CAE systems by combining particle-based simulation with other analysis tools rather than replacing them

▪ Maintaining continuity of engineering data throughout the design process
▪ Supporting detailed evaluation of physical phenomena at critical stages
▪ Improving the reliability of analysis results for complex engineering problems