Deutschmann, TorbenTorbenDeutschmannLaukotka, Fabian N.Fabian N.LaukotkaFerreira, CorentinCorentinFerreiraRadjef, RacimRacimRadjefSchmidt, JensJensSchmidtEisenbart, BorisBorisEisenbartOtto, KevinKevinOttoKrause, DieterDieterKrause2026-07-302026-07-302026-07-0219th International Design Conference, DESIGN 2026https://hdl.handle.net/11420/64120This paper proposes a methodological approach for designing smart composite hydrogen tanks using strain gauges and finite element analysis for continuous structural health monitoring. Simulation identifies critical stress points to optimize sensor placement. Laboratory burst and cyclic tests provide a baseline and proof of concept for a remaining useful life analysis, improving safety and resource efficiency in hydrogen storage. Results demonstrate that strain data reflect stress patterns and material responses, supporting effective monitoring of tank condition during pressurization cycles.en2220-4342202632253234Cambridge University Press (CUP)https://creativecommons.org/licenses/by-nc-nd/4.0/artificial intelligence (AI)non-invasive monitoringremaining useful lifesimulation-based designsmart composite tankSocial Sciences::338: ProductionConference Paper10.1017/pds.2026.1068010.15480/882.17685