| Project name | Data-based extrapolation model for determining real operating load trains for (residual) service life analysis of railroad INFRA structural systems |
|---|---|
| Acronym | CPC lightweight constructions |
| Project partner |
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| Grantor | Federal Ministry for Economic Affairs and Climate Action |
| Duration | 3 years |
|
Research field |
M+M (E+E > Energy + Environment I+I > Information + Intelligence M+M > Matter + Materials) |
| Project content |
In terms of the challenges involved in ensuring growth and competitiveness and at the same time climate protection, economic alternatives must be found, not least in the construction industry and in particular in the field of solid construction, that meet today's requirements in terms of resource efficiency, demountlability and consistently high quality in the area of production and assembly technology. The combination of high-performance concretes with pre-stressed reinforcement based on carbon fiber-reinforced polymer (CFRP) represents an alternative here, which is being manufactured by the company Vetra Betonfertigteilwerk GmbH as so-called CPC panels (CPC = “carbon prestressed concrete”) and has already been used in initial projects. In addition to the optimized load- bearing capacity, these CPC panels are a highly durable product against environmental influences. The project idea is to shape these panels, which can be produced in “endless” format, using modern technology and assembling them into ultra-lightweight components according to the structures known from lightweight construction, which can be used, for example, as ceiling structures for building construction. In addition to demountability, which forms the basis for the full reusability of the components, the modularity and flexible usability of the components play a decisive role. The overarching aim of the project “Modular lightweight structures made from prestressed carbon concrete slabs” is to design a flexible and demountable solution for ceiling load-bearing systems made of CPC slabs and is defined by the sub-project objectives listed below: 1. development of lightweight constructions made of CPC panel elements 2. development of a design model based on experimental and numerical investigations 3. sustainable development of manufacturing and assembly technologies 4. analysis of the project results and sustainability |
