Rail Systems: Rolling Stock & Infrastructure
Expertise and How We Support Our Customers
Vehicle-Track-Interaction
Holistic research on Vehicle-track-interaction and traction phenomena
Friction Management and wear modelling
Deep Understanding of degradation and damage phenomena to wheel- and rail surfaces and track settlement
Noise and vibrations
Vehicle Dynamics & Operation Analysis
Extensive know-how in Vehicle Dynamics
Holistic system understanding of vehicle and track interaction
Modelling and parameter identification/estimation
Probabilistic design
Monitoring & Diagnosis
Methods development for optimising vehicle and infrastructure components
Model-based and data-driven diagnostic methods Monitoring of vehicle and infrastructure components
Methods development for Predictive Maintenance Applications
Digital Twin Networks
Illustration of system interactions in IT platforms
Executable tool chains
Consistent & integrated data and models
User-specific analysis and forecasting applications
Green Digital Mobility
Rail Systems – Backbone of Green Digital Mobility
At VIRTUAL VEHICLE, our research contributes to a further optimisation of the European rail system via improved understanding of vehicle-track-interaction and vehicle dynamics phenomena. As a result, we aid to maximize the reliability of the rail system through intelligent and reliable algorithms and contribute to the goal of doubling the capacity. Furthermore we positively influenced a faster market uptake, taking virtual validation methods and life cycle costs into account.
In addition to our core expertise, topics such as sensor technology and electrification, ATO, human factors research, and systems for the end-to-end networking of component and process data are becoming increasingly important.
Vehicle-Track-Interaction
Effective Vehicle-Track-Interaction is crucial for safe and efficient railway operations.
We focus our fundamental research on deterioration phenomena of vehicle and track components. Moreover, our simulation solutions enable decisions on optimised materials, life cycles, and maintenance plans.