Advanced Materials Solutions develops composite materials that combine structural reinforcement with integrated monitoring.
Advanced Materials Solutions B.V. was established to bring research in smart composite materials and structural health monitoring closer to practical engineering applications.
Structural materials are normally passive. They carry load, but information about their condition has to be obtained through separate inspection or monitoring systems.
Our aim is to help engineers understand the condition of structures and repairs throughout their service life, supporting targeted inspection, better maintenance planning and longer use of existing assets.
Our background includes composite materials, structural health monitoring, sensing, damage assessment and data analysis, with research developed through TU Delft and academic and industrial collaborations.
Our approach is to integrate monitoring functionality into the composite material itself, rather than installing a completely separate monitoring system after a repair.
Composite materials provide additional load-carrying capability to damaged, weakened or ageing structures.
The material is designed to contribute structural performance while becoming part of an integrated repair or reinforcement system.
Integrated sensing can provide information about strain and changes in the condition of the repair or structure.
Sensing elements are incorporated into the composite system so the material can provide reinforcement and information about its condition.
Material, installation and subsequent measurement information can be linked as part of a digital record associated with the repair.
The exact sensing and monitoring configuration can be adapted according to the application and composite manufacturing process.
Integrated monitoring provides additional information between scheduled inspections and helps engineers identify where further investigation may be needed. It supports, rather than replaces, engineering inspection.
FitTape is a smart composite tape being developed for structural reinforcement and condition monitoring. The concept combines the mechanical function of a composite repair with integrated sensing.
Is the repair providing the required reinforcement?
How is its condition changing over time?
FitTape is being evaluated through prototype applications, including structural elements and pressure vessels, and is being investigated for infrastructure, wind turbine, aerospace, and maritime structures. The current focus is technical validation, application development, and collaboration with potential industrial partners.
Composite reinforcement and monitoring for bridges, pipelines, pressure vessels and other long-life engineering assets.
Smart composite solutions for wind turbine structures where fatigue and environmental degradation may need monitoring over long periods.
Composite repair and monitoring concepts for aircraft structures and components, with potential applications in maintenance, repair and overhaul.
Reinforcement and monitoring solutions for structures operating in demanding marine environments.
Monitoring and structural performance for industrial cranes, steel manufacturing, hydrogen tanks and storage, and other demanding process structures.
The underlying technology can also be adapted to other structures where integrated sensing and structural performance are useful.
Advanced Materials Solutions builds on research in composite materials and structural health monitoring. Our areas of interest include smart composite materials, embedded sensing, structural health monitoring, composite repair, damage detection, condition assessment and digital material information.
We are particularly interested in working with companies and research organisations where these technologies can be tested on real engineering problems.
We are looking to work with asset owners, engineering companies, composite manufacturers and research organisations interested in developing and testing smart composite technologies.
If you would like to discuss our technologies, a potential application or a research and development partnership, please contact us.