PreonLab software

PreonLab software is the result of years of research and development, designed for the best fluid flow simulation, particularly in the fields of medical device development, biomechanics, and orthopedic research. It was developed by FIFTY2 technology GmbH in Freiburg, Germany. Engineers and researchers who are working on complex fluid behavior analysis can enjoy high-performance simulations which reduces computation time relative to traditional CFD methods.

PreonLab
PreonLab environment

Preonlab offers accurate multiphase simulations thermodynamic modeling and fluid-structure interactions that makes it a perfect choice for medical field and industries such as automotive, aerospace and industrial engineering. So, researchers, engineers, and medical professionals can analyze and optimize their jobs by this software. Multiphase simulations thermodynamic modeling, implants, prosthetics and biomedical devices performance analysis and optimization through computational modeling and finite element analysis (FEA) are of the many jobs that ProenLab is developed for.

Preonlab‘s performance is further enhanced by FIFTY2 Technology, made it compatible with modern CPUs and GPUs. Thus, faster computation and efficient resource use are guaranteed. One of the key points of PreonLab is the plugins and integrations for FEA platforms like Patran and Abaqus, allowing users to simplify workflows for FEA simulations. User-friendliness of interfaces, ease of training, consulting, and custom development services are other features that make this software stand alongside the best software.

The PreonLab software also enables precise prediction of the flow paths of water or oil, which helps improve integration and designs in a vehicle. Even for complex and kinematic objects, no meshing is required.

By leveraging Preonlab‘s tools, this software has minimized physical prototyping costs, accelerated product development, and increased the efficacy of projects. The focus of PreonLab is on simulating free surface flow in highly dynamic simulation settings during the preprocessing stage.

Key Features of PreonLab:

  • Fluid flow simulation for both volumetric and non-volumetric objects
  • Simulation without the need for initial meshing
  • Simulation of highly dynamic scenes with similar speed compared to static scenes
  • Scripting with a Python interface to modify any parameter and access simulation statistics
  • Estimation of fluid properties in surfaces and meshes, force analysis, liquid volume analysis, flow path decomposition, and wetting analysis.