Which hydrodynamic challenges do you face? Get the solution quicker and in unprecedented resolution – based on the revolutionary PREON® technology. Benefit from short but powerful turnaround times of simulations of Newtonian and non-Newtonian fluids. Whether you’re doing trend analysis or precise quantitative prediction, PreonLab provides outstanding performance in reliability, usability, and efficiency.
CFD simulation is nothing but nice images if you cannot rely on the results. Efficiency offers no benefit if the final simulation does not match reality. We are investing a lot of effort to validate PREON® on academical benchmarks, in-house test beds and on real applications in cooperation with our customers and our partner AVL. Validated models, automated test-suite and meaningful documentation ensure the RELIABILITY of your simulation results, giving predictive insights that help you to build better products.
Our credo: USABILITY even of professional software should be as high as possible. Many of the users of PreonLab have been working in the field of CFD engineering for years, while others have never used such kind of software before. By providing transparent workflows in a user friendly Graphical User Interface, we enable experts and novices to make the best out of their working time.
Time is money – thus, EFFICIENCY is one key driver in modern product development. Simulation is an important building block for ensuring short turn-around times while maintaining high product quality. The efficiency of PreonLab is outstanding in the world of simulation software. Not only due to the robust and efficient numerical formulation of its physics core, but also because of its state-of-the-art implementation for modern CPU and GPU hardware, PreonLab gets the job done faster than comparable methods. The lean workflows with minimal manual effort empowers the engineer to perform more simulation tasks in less time. Furthermore, thanks to innovations such as Continuous Particle Size (CPS), you can get answers to your questions at unparalleled speeds.
