Developments in technology have brought new programs which enable us to optimize, design parametrically and rationalize shapes and elements of construction, therefore making them more efficient, while still taking care of the aesthetic component of the final product (Stavrć and Wiltsche 2015). Although, it is powerful tool, the important steps must be chosen in order to have the best overview of the effects of optimization. For optimal reduction of material the Evolutionary Structural Optimization (ESO) method for developing conceptual forms of complex structures can be used also (Xie et al. For example, for optimization of higher buildings there are manufacturing type constraints, in particular pattern gradation and repetition, in the context of building layout optimization (Stromberg et al. The method also depends on the type of object. 2009), heuristic methods of topology design and the homogenization method (Bendsøe and Kikuchi 1988). There are a range of methods for this optimization including solid isotropic microstructures with penalty (SIMP) methods (Mariano et al. Topology optimization can be described as a family of computational methods aimed at finding optimal structural layouts and configurations (Aage et al. These include: the cost of wooden formwork, the time for concrete to stabilize and how to get the right shell shape (Jovanović et al. However, in shell structures with non-standard geometry, the complexity of the geometry, the large continuous surface area and material use, demands certain phases in the building process that are costly in order to get the best final results. Not only because it has the ability to cover large areas, but also because it enables physical continuity of the shape. Reinforced concrete is one of the most used materials for building these designs. Much of the architecture of the twentieth century is characterized by its experimentation with the use of geometric shapes in building design. To talk about architecture without using the word “form” may now seem inconceivable (Forty 2013). This method is also useful for students and young engineers to expand their skills in structural analysis, parametric modeling and optimization methods with contemporary tools. The optimization method introduced in this paper seeks to explore different possibilities for designing and modifying buildings designed using non-standard geometry allowing them to be built out of simplified elements but also keep construction and visual properties of their shape. Joseph the Craftsman, a design which features hyperbolic paraboloids that are considered difficult to design, calculate and build. As an example of the application of these techniques, in this paper they are applied to Felix Candela’s Church of St. The method uses parametric modeling and computational structural analysis in order to simplify contemporary building processes. This paper presents a contemporary architectural working method that encompasses digitalization and parameterization of existing buildings and optimization of new buildings designed with ruled surfaces.
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