Optimización de una metodología para el uso de herramientas de diseño estructural paramétrico

Abstract

The proposed methodology seeks to establish a design form of parametric structures through the interaction of the geometry of the design model. The research will be conducted using case studies in the Rhinoceros 3D software with the Grasshopper/Karamba 3D complement for structural analysis. The objectives are to analyze the use and process of modeling in Rhinoceros and Grasshopper, apply the parametric design in the case studies, optimize a methodology based on case analysis, and promote the use of parametric tools in the analysis and structural design from the initial stages of an architectural project. The parametric structures in Karamba 3D have practical applications in architecture by allowing them to control the design efficiently and respond to the environment. Integration with Grasshopper improves design space exploration and streamlines complex data processing. The parametric design uses mathematical algorithms and equations to generate shapes based on mathematical and harmonious proportions. The use of tools such as Karamba 3D and Galapagos allows detailed parametric structural analysis, considering loads, materials, and design standards. These tools offer advantages by allowing you to explore various structural configurations and optimize the design according to specific performance criteria. Parametric structural analyses were applied in specific cases, such as the Twist Museum, the Restaurant of the Springs, and the Casa Mirador, to optimize moments, displacements, efforts, shape, and weight. These analyses improved the efficiency and safety of the structures through parametric adjustments and optimizations.