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Category: Structures Discipline: Steel structure Educational institution: Lycée polyvalent Le Garros Training: BTS Architectures en Métal, Conception et Réalisation, 2ème année Number of hours of academic supervision granted to the project: 120 Student: Carla JOLY Coordinating teacher : Dominique REVEL
Tekla Structures
Project background :
Framework: E52 exam of the Bts AMCR Duration: 25h on model, 120h project.
Personal design and production: 18 tons of steel out of 52 tons of collaborative work.
The model was designed from an IFC, which I imported as a reference model into Tekla Structures. In order to position the reference model correctly, I inserted it with a georeferenced point.
Once imported, I retrieved the elements making up my sub-section and converted them into an object. I then adapted the elements to the Eurocodes checks I had carried out, designed and checked the assemblies, and edited the production elements in accordance with our BIM convention.
In addition, I needed nacelles to illustrate the assembly procedures for the parking lot section. To do this, I used parametric BIM objects whose parameters I had to modify via third-party software to change the height and offset of the nacelles, then exported them in IFC format to add them to the Tekla Structures model as reference models.
Once the building had been modeled, I continued to use Tekla Structures for the methods office:
Task manager:To visualize the progress of the assembly, I imported the assembly schedule previously drawn up with a planning program as a scenario in XML format. I then adjusted the production rate in kg/h and assigned the assemblies to their respective tasks. Finally, I produced a video illustrating the assembly phasing (BIM 4D).
Packing tool: to forecast the number of trucks and define the loading order according to the assembly order.
Crane tool (extension): To determine the various stations of the mobile crane selected to assemble the entire parking section.