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Author
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Ramon Espelt
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University
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Polytechnic University of Catalonia UPC, Spain
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The discovery of the Canal de Marseille motivated me to start a project with the essential ingredients: city, history, and water, which I needed for my final year project to add a new layer to the territory. From this moment, everything was built taking into account the exhaustive study of the place and the desire to recover an element of its own identity such as the Canal de Marseille, which was falling into second place, due to the growth of the populations that accompanied it.
The passion for discovering something that was there, something that had happened, the transformation of the place where a project had to be planned, was the common thread of it, and represents the way in which I understand that architecture has to position itself within the city, as an element that generates more city, and that the immediate context always gives results."
The main program RFEM 5 allowed for modeling and analysis of a representative section of the channel with the reinforced or post-tensioned lightweight concrete slabs, as well as a nave composed of GL24h glued-laminated timber trusses with concrete columns. For the design of the timber, concrete, and connection elements, the RF‑TIMBER Pro, RF‑JOINTS Steel to Timber, RF‑CONCRETE, and RF‑STABILITY add-on modules were used, taking into account Eurocodes 0, 2, and 5. This excellent project obtained the ex aequo award from the Cátedra BatlleRoig of the UPC (Polytechnic University of Catalonia).
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