Bridge monitoring using real-time data and digital twins for Central Europe

The project BIM4CE aims to develop a standardized, cost-effective, scalable solution for monitoring ageing bridge infrastructure in Central Europe using real-time data and digital twins. BIM4CE will design a generalized solution for bridge management that is effective enough to help its operators in terms of maintenance decisions yet not too complex and cost intensive. The project explicitly focuses on the scalability of the developed solution. It will consist of hardware and software for data gathering, connectivity infrastructure, data analysis, data storage and decision management. BIM4CE will build on knowledge generated in previous projects. Therefore, the solution will be a mix of already-proven technology and innovative technology (e.g. sensor foils based on organic electronics, digital twin models) that best meet the needs of bridge owners and operators in central Europe. This will help public authorities and infrastructure providers on local, regional, and national level to keep road infrastructure safe. The approach and solutions proposed in BIM4CE will be designed to be also applicable to important assets outside of the examined geographical area and will thus have a wider benefit to the whole European Union.

The BIM4CE project combines innovative technologies such as digital twins and organic electronics-based sensors to effectively monitor aging infrastructure. In addition to developing advanced sensors, the project contributes to expanding knowledge in the field of bridge monitoring, particularly through studies on the impact of damage on the dynamic properties of bridges, based on experimental results from ZAG laboratories and the IDA-KI test bridge in Germany.

The BIM4CE project significantly impacts the development of Slovenia by improving the safety and sustainability of infrastructure through the introduction of advanced technologies for real-time bridge monitoring. By utilizing digital twins and advanced sensors, it enables more efficient decision-making on maintenance, contributing to resource optimization and cost reduction. The project bridges the gap between the scientific community and industry by translating advanced research into practical solutions, thereby enhancing Slovenia's competitiveness in the fields of infrastructure and construction and promoting innovation in the industry.