Modeling and simulation
For sound design and optimum dimensioning!
Model-based simulation – efficient development, targeted optimization
We offer calculation services and engineering simulation for development, layout and design – cross-industry and application-oriented. With model-based methods, numerical simulation and optimization, we support product development and process improvement along the entire CAE workflow: from the early concept phase to virtual tests and the digital twin.
Whether you need specific expertise or a customized simulation solution – we provide the right model, tool and know-how for your development goal.
Particle simulation for the development of a bulk material milling machine
Move the mouse over the simulation to view the model from different perspectives and analyze it in more detail.
- Left mouse button: Move object
- Right mouse button: Rotate and tilt simulation
- Mouse wheel: Zoom in and out
Your advantages through modeling and simulation
Mechanical simulation – resilient and precise
We offer comprehensive FEM expertise for strength and durability analyses ranging from structural mechanics and fatigue strength (FKM) to dynamic systems, multi-body simulation (MBS) and rotor dynamics. We also analyze modes, vibrations, acoustics (NVH) and material behaviour – for well-founded, simulation-based decisions.
Flow, heat, particles – complex physics under control
We simulate flows, heat transfer and particle behavior using CFD and thermal analysis. Coupled systems such as thermo-fluid dynamics as well as particle-fluid and particle-structure interactions are also part of our scope of services.
Electromagnetics & electronics – precisely simulated
We simulate electromagnetic fields, electric drives and electronic circuits. Our spectrum also includes EMC analyses and optical systems with a focus on wave propagation and signal behavior.
Mechatronics & Multi-Physics – Simulating systems holistically
We model complex mechatronic systems by linking mechanics, drive, control and software. Multiphysical approaches such as fluid-structure interaction (FSI), thermomechanics or piezoelectric effects enable efficient design and accelerate development.
Dipl.-Ing. Dr. Markus Schörgenhumer, BSc
Business Area Manager Mechanics & Control
Our projects for modeling and simulation
Analysis of vibrations in pipeline networks
Analysis of vibrations in pipeline networks Piping networks are subject to complex interactions with hydraulic and mechanical components – such…
Adjustable passive vibration damper
Adjustable passive vibration damper Effective vibration reduction for buildings Buildings are exposed to a variety of loads, for example from…
BABA emissions
BABA emissions BAtteria-Based energy storage for the mobile provision of EMISSION-free electrical energy The reduction of greenhouse gases (GHG) is…
Our tools
