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Author
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Antonia Sánchez Chica
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University
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Escuela de Ingenierías Industriales – Málaga University
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Specific objectives:
1. Identification of loads: Determination of the permanent (G) and variable (Q) loads affecting the hangar, including usage loads, wind, and snow, in accordance with the Eurocode.
2. Stability analysis: Calculation of the critical load factor (critical alpha, αcr) for the hangar structure, evaluating the stability against buckling under different load combinations.
3. Modeling and simulation: Creating a detailed model of the hangar using structural analysis software (RFEM), a powerful finite element analysis program that allows for second-order analysis, developed by Dlubal Software, simulating the response of the structure under different loads and conditions.
4. Design optimization: Proposal of an optimized design of the structural elements of the hangar, considering resistance, rigidity and stability, minimizing the use of materials and costs, without compromising safety.
5. Regulatory verification: Verification that the design meets all requirements and limitations imposed by the Eurocode, including the strength and serviceability design checks.
6. Documentation and presentation: Documentation of all calculations, analyses, and design checks performed. Presentation of the results in a clear and understandable manner, including drawing and construction details.