Construction Systems and Components
- Lightweight Concrete
3-point flexural bending test of a lightweight concrete element
- GFRP Simulation
Simulation of a GFRP sleeve anchor
- Connection Techniques
GFRP sleeve anchor
- Optimizing Components
Tightness test of vacuum-insulated panels (VIPs)
Sustainability in Precast Construction
The building of tomorrow is essentially determined by material and energy efficiency. Application-oriented research needs to provide sustainable solutions, modular building systems and high performance structural components. The effort is geared towards automating design, production, delivery and assembly processes.
Environmentally friendly and recyclable solutions
The scientific and engineering studies conducted in our Construction Systems and Components field of research focus on the development of prefabricated systems and components as well as construction methods, with the aim to implement environmentally friendly and recyclable solutions. Research and development activities are centred on structural and process solutions for precast elements, concrete products and construction methods. Structural components and buildings are developed and optimised with high energy efficiency in mind.
Making buildings more sustainable
Making buildings more sustainable requires flexible and reversible building systems to respond to ever-changing living needs and shorter use cycles in production and commercial activities. This is why we aim to consistently separate the load bearing structure from its envelope, which also applies to interior finishing versus building services. In so doing, we develop energy-efficient solutions for the construction industry.
Developing and optimising structural components
Cost-effective systems that provide maximum functional and structural flexibility, a high degree of prefabrication and simple connectors ensure sustainable residential and commercial construction. This research is focused on developing and optimising structural components by appling innovative moulding processes, substituting conventional
reinforcement and using new materials or composites. Structural simulations and pilot tests enable tapping into previously unused load reserves. The requirements for connection and assembly techniques become more demanding in line with the increase in the building’s conversion and extension potential. Activities focus on developing connectors
that enable efficient production and detachment at the end of the component’s service life.