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Resilience in load-carrying systems enables to avoid catastrophes by avoiding a complete failure especially of highly safety-relevant systems. For its realisation a resilience design methodology is being developed. As part of the methodology a procedure for deducing resilient coping strategies from functional resilience characteristics and system requirements is shown. Furthermore the synthesis of suitable functional structures based on the coping strategy is introduced. The functional structure can be described via an extended representation form for functional structures that allows to depict the superior coping strategy as well as a system adaptivity which is required for resilient properties.

Beitrag zur Entwicklungsmethodik für resiliente Systeme des Maschinenbaus