Construction of the ÖkoFEN Headquarters, Saint Baldoph, France

Model Parameters

• Length: ~ 98.4 ft
• Width: ~ 32 ft
• Height: ~ 26 ft
• Number of Nodes: 287
• Number of Members: 294

Model

3D Model

• 3D Viewer | Google
• 3D Viewer | Babylon
• Virtual Reality

Model | Construction of ÖkoFEN Headquarters, Saint Baldoph, France

Design Process

This project features 2 buildings which are connected to each other by a metal footbridge.

The first part consists of a storage area measuring 46x62 m, made of truss frames of the Ariane© type (solid timber 80 mm wide and joints with plywood gusset and spikes) with ranges of 20 and 26 m and cantilevers of 5.6 m. The structure relies on foundations made of isolated studs, connected by prefabricated stringer beams, allowing the elevation from the ground of the non-load-bearing timber framing facades.

The second part consists of an office building extending from the ground floor to the first floor of approximately 10x30 m made of timber frame walls and roof boxes industrially prefabricated with cellulose wadding insulation, also factory-made. The timber frame is elevated from the ground by foundations made of prefabricated stringer beams. The floors of the southern offices are made of O'Portune slabs with a range of 10 m.

All the facades are covered with natural timber cladding.

Structural Design Software

The structural design of the 2 buildings was carried out using RFEM software. The building is located in a seismic region of magnitude 4, which required design checks under seismic loads generated with the RF-DYNAM Pro add-on.

The entire timber structure of the warehouse area was checked in the RF-TIMBER Pro add-on according to Eurocode 5.

The modeling of the office area was especially necessary for dimensioning the walls subjected to seismic loads. In order to generate this modeling, the timber frame walls were converted into equivalent members reproducing the stiffness of a wall. Such an approach enabled evaluation of the forces transmitted within each wall, hence justifying the bracing of the building.

The steel footbridge was also modeled in RFEM and the member design was performed thanks to the RF-STEEL EC3 add-on.

Project Location