Reliability is crucial in the context of adaptive load-bearing structures in civil engineering with regard to the behavior of the structure in the event of a partial or complete failure of the actuator, sensor or control system. The influence of wear or fatigue of notch points of the structure as well as the influence of failures on the operation must be considered. From this, the central questions of this sub-project of the SFB are derived, which concern the analysis of redundancies in structural topologies, the detection of failure cases as well as service life monitoring to maintain stability and usability.
Founded by Deutsche Forschungsgesellschaft – German Research Foundation – within the Collaborative Research Centre 1244: Adaptive skins and structures for the built
environment of tomorrow
Publications
- Borschewski, David ; Albrecht, Stefan ; Bischoff, Manfred ; Blandini, Lucio ; Bosch, Matthias ; Dazer, Martin ; Efinger, Dshamil ; Eisenbarth, Christina ; u. a.: Ökobilanzierung adaptiver Hüllen und Strukturen. In: Bauphysik. Bd. 45, Wiley (2023), Nr. 2, S. 107--121 — IMA-ZUV 409 (peer-review)
- Efinger, Dshamil ; Ostertag, Andreas ; Dazer, Martin ; Borschewski, David ; Albrecht, Stefan ; Bertsche, Bernd: Reliability as a Key Driver for a Sustainable Design of Adaptive Load-Bearing Structures. In: Sustainability. (2022), Nr. 14(2) — IMA-ZUV 380 (peer-review)
- Borschewski, David ; Albrecht, Stefan ; Bischoff, Manfred ; Blandini, Lucio ; Bosch, Matthias ; Dazer, Martin ; Efinger, Dshamil ; Eisenbarth, Christina ; u. a.: Ökobilanzierung adaptiver Hüllen und Strukturen. In: Bautechnik. Bd. 99 (2022), Nr. 10, S. 731–745 — IMA-ZUV 402 (peer-review)
- Ostertag, Andreas: Zuverlässigkeit, Sicherheit und Nachhaltigkeit adaptiver Tragwerke. Stuttgart, Institut für Maschinenelemente, Dissertation Nr. 201, 2021. — ISBN 978-3-948308-01-8
Contact
Dshamil Efinger
M.Sc.Academic Staff