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Built Environment
TU DelftTU EindhovenUniversity of TwenteWageningen University
Built Environment


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Infrastructure & Mobility

Considering the age of many civil engineering structures such as bridges, sluices and viaducts in the Netherlands, a renovation and replacement process is necessary in the near future. The aim of 4TU.Built Environment Infrastructure and Mobility is to make the current civil structures future-proof regarding both functionality and sustainability. It requires collaboration with various 4TU.Built Environment programs via these major topics:

Data-driven models

During renovation, the focus should not only be on elongation of the lifespan, but the process must be conducted as sustainable as possible too. Data-driven models based on existing structures are required to achieve this goal. These models inform about properties of old building materials, failure mechanisms of old constructions and renovation costs to allow for confident design-decisions. In the complete upgrade process, the models are improved by evaluation of prioritized renovations. The need for such models shows correlation with the Digitalization (link) program.

Circular design

Sustainability is clearly involved in the renovation of civil structures. Major themes include: ‘reduce, ‘reuse’ and ‘recycle’. In addition, the implementation of bio-based materials in renovated structures is linked to the Circularity and Sustainability (link) program.

Demountable design

In addition to digital models and circular design, there is a need for demountable design, production and construction. It gives high potential to decrease material use, construction time and costs by means of pre-fabricated and standardized components.

Max Hendriks
Scientific Director, Delft University of Technology - Civil Engineering and Geosciences
Erik Schlangen
Delft University of Technology - Civil Engineering
André Dorée
University of Twente - Engineering Technology