The construction of the gym in Metz is based on modern technical design. The LC spruce GL24h cross-beams, chosen for their strength and durability, are fixed on metal columns, which are anchored on insulated concrete precast walls, thus favoring the effective thermal insulation of the structure.
The overall stability is ensured by the wind beams on the roof, as well as the stability beams on the gable and the facade. These structural elements withstand even the most extreme climatic loads.
A particularly innovative aspect of the project is the utilization of truss girders. They connect the areas with different levels of the cover sheets. This technical solution facilitates the harmonious integration of the entire building.
The connection between the steel column and the LC spruce cross-beams is done by web hinges and dowels. This method ensures a solid, durable connection between the individual elements of the structure.
The roof covering consists of a steel sheeting, an insulation, and high-quality waterproofing. Furthermore, the timber structure with the load-bearing rafters is designed to withstand the photovoltaic panels, and above all, to materialize the project’s commitment to renewable energy.
Finally, the double-stressed metal cladding completes the modern appearance of the gym, adding a contemporary twist to this large-scale structure. This project is a showcase of advanced engineering and a commitment to sustainability, providing the city of Metz with a sports facility that is functional, aesthetic, and environmentally friendly at the same time.
| Location | Metz, France |
| Investor | Metz City Council |
| Project Management Assistance | MATEC |
| Project Management | KL Architectes |
| Structural Engineering Office | OMNITECH |
| Timber Engineering Office | BET Moselle Bois |
| Fluids Engineering Office | BICOME |
