The Interdisciplinary Approach to Free-Form Canopies Optimisation in Terms of Geometrical and Structural Logic Design

Stefańska, Anna; Kurcjusz, Małgorzata M.; Cygan, Marta; Buczkowska, Justyna A.; Szmołda, Katarzyna M.; Morawska, Paulina

doi:10.1007/978-3-030-94514-5_12

Cited by 2 publications

(2 citation statements)

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“…They indicate that the search related to the algorithmic determination of the forming curve in parametric design programs is essential, and the search for the appropriate way to divide and scale the divisions of the structural grid. Similar case studies are examined, but only on geometrical transformations of the structure's shape [20,53].…”

Section: Theoretical Study Methodology On Curvilinear Gridshell Patte...mentioning

confidence: 99%

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Architectural Design Optimisation in Reticulated Free-Form Canopies

Stefańska

Rokicki

2022

Buildings

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The search for the structural form of reticulated roofs is significant in interdisciplinary Architectural Design optimisation. Combining parametric design with structural logic influences the visual perception of the shape by choosing the most suitable technical solutions. Therefore, the divisions of reticulated structures should be determined to pursue structural, material and fabrication advancement. Structural divisions of free-formed canopies should simultaneously be solved in architectural and structural design at an early stage. Choosing a proper design becomes a complicated process, requiring the ability to select a type of production and rationalise technical solutions mainly due to the computer-aided design supported by algorithmic tools. Based on searching for optimal geometrical divisions, the case study investigates the differences between planar quadrilateral and triangular mesh panelisation. The study concludes the assets and flaws of both geometry shaping methods of reticulated structures based on minimal weight and fabrication aspects. The study concludes that implementing the manufacturing method of the chosen type of gridshells divisions into the architectural design optimisation enhances the resulting free-form structures at the early design stage.

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Section: Theoretical Study Methodology On Curvilinear Gridshell Patte...mentioning

confidence: 99%

“…The former physical process evaluates towards a numerical algorithm design based on the same equilibrium state of free-form structures [15][16][17]. Based on the new complex approaches to the freeform structure design as [18,19] present, this method can be divided into geometric [20], biomimetic, and form-finding approaches.…”

Section: Introductionmentioning

confidence: 99%

Architectural Design Optimisation in Reticulated Free-Form Canopies

Stefańska

Rokicki

2022

Buildings

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Sizing optimisation of steel truss based on algorithms

Kurcjusz

Sokół

Chudzińska

2023

Acta. Sci. Pol. Architectura

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Computational methods enable mathematical discretisation in structural design. Thus, thanks to the algorithmic design, the obtained results matrix presents various structurally efficient load-bearing elements. The main aim of this paper is to address the topic of material optimisation in truss bar structures with different approaches. The paper analyses and compares steel truss optimisation based on two software optimisation algorithms (MS Excel and Ansys Mechanical) using gradient and sub-problem methods. The key findings present how effective each method is in structural optimisation and concludes the present study with a roadmap to efficient structural designing of the load-bearing truss elements.

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The Interdisciplinary Approach to Free-Form Canopies Optimisation in Terms of Geometrical and Structural Logic Design

Cited by 2 publications

References 10 publications

Architectural Design Optimisation in Reticulated Free-Form Canopies

Architectural Design Optimisation in Reticulated Free-Form Canopies

Sizing optimisation of steel truss based on algorithms

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