Suspended Seat
This research presents a novel construction methodology for steel connection frames, utilizing curved geometries and interlocking connections. This research addresses the manufacturing complexities introduced by conventional design methods for complex node systems with varying numbers of stiffeners and profiles. The methodology overcomes bending active assembly challenges by laser cutting connection details, enabling precise tolerance definition, implementation of mounting positions, and increased fabrication speed without mechanical fixing components.The proposed methodology is tested using 1 mm stainless steel S-335 in two structural applications: a tree-branch node structure with pinned joints transmitting no bending moments, and a hanging chair node with rigid continuous and full-strength joints.
Structural design TWE university of Kassel
Prof. Dr.-Ing. Julian Lienhard, M.Sc.Seyed Mobin Moussavi
Trennende und Fügende Fertigungsverfahren university of Kassel
Prof. Dr.-Ing Stefan Böhm, M.Sc. Stephan Völker, Dipl.-Ing. Andreas Suckau
M.Sc. Seyed Mobin Moussavi