How can I optimize the structural sections of my supports in DeepEX?
- May 19
- 2 min read
To initiate the optimization process in DeepEX, users must first define the desired structural section for the supports (struts, rakers, tiebacks etc.). Users have the flexibility to choose from a variety of available sections within the software's databases or manually input specific section properties according to their project requirements.
During the analysis, DeepEX calculates the support reactions for each construction stage and conducts thorough structural checks. These checks are performed in accordance with the selected wall section type, which may include options such as steel beams, reinforced concrete, or timber piles. Additionally, DeepEX considers the structural code chosen for the project, which could be ACI, AISC, LRFD, Eurocode 2 or 3, AS/NZS, CAN, IS, BS, and more.
Upon completion of the analysis, DeepEX generates tables displaying the most critical support structural and geotechnical check ratios, expressed as action/capacity. This information offers a clear understanding of structural performance and compliance with design standards. Users can review the calculated results and structural check ratios as values and shadings on the actual support members on the model area. This visualization allows the user to interpret and assess the structural integrity of the supports in each examined construction stage.
When the initial analysis reveals overstressed supports during any construction stage, we can follow one of the following paths:
1. Optimize the support structural section manually
Access the support section dialog and edit the structural properties. We can select any of the available beam sections in the software implemented databases. Reanalyzing our model will reveal the calculated structural and geotechnical check rations for the newly defined sections.
2. Perform an automatic wall section optimization
Access the "Optimize" tab in DeepEX and select the "optimize support structural section" tool. Click on the support within the DeepEX model area. The software automatically explores the corresponding support type structural sections database, presenting a range of sections that are suitable for the specific case. This automated optimization tool streamlines the process, offering a selection of potential solutions for improved structural performance.
By incorporating these optimization actions, users can address support overstressing issues and refine the structural design within DeepEX. The combination of manual adjustments and automated tools ensures a comprehensive approach to optimizing support sections, ultimately enhancing the overall efficiency and safety of the construction project.
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