The section staff has a solid production of research and good scientific networks, both nationally and internationally. However, the section needs to expand the staff based on external funding in order to ensure critical mass in all subjects.
The section is at a point where computerization, simulations, integrated sensor and measurement systems become massively available in almost all aspects of structural engineering. The amount of data provides unprecedented opportunities to monitor structures and boundary conditions in detail on a large number of building and structures and over a long period. This development challenges the traditional understanding of Structural Engineering and research methods.
Amongst many other tracks, this leads to following opportunities:
- Development and integration of monitoring system and sensors
- Data control, analysis, formatting and accessibility
- Combining full-scale monitoring, experimental investigations and numerical modelling
- Development of methods combining deterministic and probabilistic design and structural integrity management with life cycle concepts
A key factor for conducting cutting edge research within structural engineering is the availability of experimental infrastructure. Here, the upgrading and expansion of structural laboratory facilities as well as a new concrete laboratory plays a strategic role. Those research infrastructures provide unique strategic opportunities for research in structural resistance and durability.