Numerical simulation
Identify and computationally solve icing problems
Rapid validation and optimization of products
Numerical simulation makes the effects of complex physical phenomena visible on screen. It provides reliable answers to all icing-related questions and saves valuable time in root cause analysis. In this way, product development cycles can be significantly shortened and products and deicing solutions can be strategically improved.
Advantages of numerical simulation
- NReduction of costly tests
Numerical simulation of ice accumulation complements experimental testing. You can quickly and easily run through different product variants digitally.
- NSimple solution finding
Icing simulations reveal optimization potential for components that are susceptible to icing – taking into account the complex interaction of all system components.
- NOptimization of ice protection
Based on mathematical models, a targeted and energy-efficient design of application-specific ice protection systems is possible.
Our strengths
We specialize in the simulation of aerodynamics, multiphase flows and icing. We combine product expertise with scientific know-how.
Virtual product development
By simulating ice accumulation, we uncover the weak points of your products and provide information on mechanical and thermal load limitations. Based on the results, you can optimize manufacturing processes, materials and product design in a targeted manner.
Optimization of new and existing plants and systems
We prepare risk assessments of icing zones on technical equipment and systems. Based on this, we recommend specific measures to prevent ice formation. In addition, we carry out impact studies of moving goods with snow obstacles.
Preliminary design of ice protection systems
With the help of numerical ice models, we develop customized ice protection systems for your applications. In doing so, we take into account not only special system features, but also individual site data. The heating capacity can thus be perfectly adapted to the components to be protected.
Market-leading tools
Our calculations are based on physical laws of motion of fluids and models of thermodynamics. Depending on the issues, we use commercial tools, open-source software and scientifically validated in-house applications for this purpose.
Software
Numerical flow simulation with OpenFOAM, Ansys Fluent and simulation of the ice formation with Ansys FENSAP-ICE.
Method
Mass and heat balance for the calculation of ice growth, Euler-Lagrange method for the calculation of particle trajectories.
Reporting
Each simulation is accompanied by comprehensive reporting, including 2D and 3D object views.
Software
Numerical flow simulation with OpenFOAM, Ansys Fluent and simulation of the ice formation with Ansys FENSAP-ICE.
Method
Mass and heat balance for the calculation of ice growth, Euler-Lagrange method for the calculation of particle trajectories.
Reporting
Each simulation is accompanied by comprehensive reporting, including 2D and 3D object views.
Further services
Further services
Consulting
Analysis and optimization of products and plants.
Experiments and testing
Meaningful icing tests on products and systems.