Print Email Facebook Twitter Optimization Based Design Methodology for Heavily Loaded, Large Stroke Flexure Hinges Title Optimization Based Design Methodology for Heavily Loaded, Large Stroke Flexure Hinges Author Baksteen, Ruud (TU Delft Mechanical, Maritime and Materials Engineering; TU Delft Marine and Transport Technology) Contributor Jovanova, J. (mentor) Degree granting institution Delft University of Technology Programme Mechanical Engineering Date 2023-01-30 Abstract Traditional kinematic joints used in large scale machinery consist of multiple rigid parts in contact, which causes wear and imposes the need for lubrication and maintenance. Compliant joints have the potential to eliminate these problems as they require less maintenance. However, these joints are not studied for large scale applications with heavy loading conditions. Due to a lack of knowledge and experience on compliant joints, engineers generally do not apply them in heavy loaded large scale applications. In this research, an optimization based design methodology is proposed for large scale, large stroke compliant revolute joints that are subjected to significant radial loads. This design methodology allows engineers to swiftly arrive at initial compliant joint-designs with optimal topology, shape, size and material, all within user defined constraints on dimensioning and material. This makes the design methodology a promising tool for facilitating the initial design phase of heavily loaded compliant revolute joints. Subject CAFPRevolute jointLarge scaleHeavy loadOptimizationDesign methodologyCompound joint To reference this document use: http://resolver.tudelft.nl/uuid:1db7edfa-bd0b-4dc1-a3fe-19b586f38342 Part of collection Student theses Document type master thesis Rights © 2023 Ruud Baksteen Files PDF Thesis_Ruud_Baksteen.pdf 15.33 MB Close viewer /islandora/object/uuid:1db7edfa-bd0b-4dc1-a3fe-19b586f38342/datastream/OBJ/view