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Systematic Approach to Design Space Exploration of Pulley Supports Using Generative Design

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Titel: Systematic Approach to Design Space Exploration of Pulley Supports Using Generative Design
Autoren: Grgić, Ivan, Karakašić, Mirko, Ivandić, Željko
Quelle: XI INTERNATIONAL SCIENTIFIC CONGRESS INNOVATIONS 2025 - PROCEEDINGS. :81-86
Verlagsinformationen: 2025.
Publikationsjahr: 2025
Schlagwörter: MASS REDUCTION, GENERATIVE DESIGN APPROACH (GDA), 3D PRINTING, PULLEY, TOPOLOGY OPTIMIZATION
Beschreibung: By utilising the artificial intelligence capabilities of generative design, the main task was to generate an optimal pulley support model that satisfies the initially applied conditions while reducing the overall mass and volume. The bracket fixation method presents a novel approach to pulley support assemblies. Through Static Stress and Generative Design modules, various angular load applications of 1500 N were considered, and the consequent mechanical characteristics were numerically compared and interpreted. The outcomes of the generative design process provide a firm basis for manufacturing the optimal pulley support model through casting or additive technology.
Publikationsart: Conference object
ISSN: 2603-3763
Dokumentencode: edsair.dris...01492..f86958fffeefec80e4e1775efbc15ae7
Datenbank: OpenAIRE
Beschreibung
Abstract:By utilising the artificial intelligence capabilities of generative design, the main task was to generate an optimal pulley support model that satisfies the initially applied conditions while reducing the overall mass and volume. The bracket fixation method presents a novel approach to pulley support assemblies. Through Static Stress and Generative Design modules, various angular load applications of 1500 N were considered, and the consequent mechanical characteristics were numerically compared and interpreted. The outcomes of the generative design process provide a firm basis for manufacturing the optimal pulley support model through casting or additive technology.
ISSN:26033763