Resilienz – Ingenieurwissenschaftliche Perspektive

Scharte, Benjamin; Thoma, Klaus

doi:10.1007/978-3-658-09623-6_6

Cited by 7 publications

(2 citation statements)

References 12 publications

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“…Resilience is a paradigm widely used in different disciplines cf. [8]. It is derived from the Latin word resilire, which can be translated with "bounce back", [9, p. 184].…”

Section: Overview Of Resilience Conceptsmentioning

confidence: 99%

Potentials and Challenges of Resilience as a Paradigm for Designing Technical Systems

Leise

Niessen

Schulte

et al. 2021

Lecture Notes in Mechanical Engineering

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The resilience paradigm constitutes that systems can overcome arbitrary system failures and recover quickly. This paradigm has already been applied successfully in multiple disciplines outside the engineering domain. For the development and design of engineering systems the realization of this resilience concept is more challenging and often leads to confusion, because technical systems are characterized by a lower intrinsic complexity compared to, e.g., socio-technical systems. The transfer of the resilience paradigm to technical systems though also offers high potential for the engineering domain. We present results from four-year research on transferring the resilience paradigm to the engineering domain based on mechanical engineering systems and summarize relevant design approaches to quantify the potentials of this paradigm. Furthermore, we present important challenges we faced while transferring this paradigm and present the lessons learned from this interdisciplinary research.

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“…Resilience is a paradigm widely used in different disciplines cf. [8]. It is derived from the Latin word resilire, which can be translated with "bounce back", [9, p. 184].…”

Section: Overview Of Resilience Conceptsmentioning

confidence: 99%

Potentials and Challenges of Resilience as a Paradigm for Designing Technical Systems

Leise

Niessen

Schulte

et al. 2021

Lecture Notes in Mechanical Engineering

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“…431f. ) -Ingenieurwissenschaft, technischer Katastrophenschutz: Fehlertoleranz technischer Systeme (Scharte & Thoma, 2016) 6 Die Resilience Alliance ist eine internationale Vereinigung von Wissenschaftler:innen, die die Resilienz sozialökologischer Systeme erforschen und Hollings Theorie weiterentwickeln. Sie wurde 1999 gegründet und publiziert das Journal Ecology & Society ("Resilience Alliance Background", o.…”

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Resilienzdenken in der kommunalen Wohnungspolitik

Frieler

2023

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Einleitung 1.1 Forschungsinteresse und Ziele 1.2 Forschungsfragen 1.3 Aufbau der Arbeit 2 Theorie 2.1 Der Resilienzbegriff 2.1.1 Perspektiven der Resilienzforschung 2.1.2 Das Forschungsfeld der Urbanen Resilienz 2.1.3 Wohnen als Forschungsgegenstand Urbaner Resilienz 2.1.4 Modell adaptiver Zyklen zur Resilienzanalyse von Wohnraumversorgung 2.1.5 Resilienzdenken 2.1.6 Normativität und Essentialismus -Kritik am Resilienzkonzept 2.

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Reliability of liquid organic hydrogen carrier‐based energy storage in a mobility application

Uhrig

Kadar

Müller

2020

Energy Science & Engineering

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Liquid organic hydrogen carriers (LOHC) are a technology that allows storing hydrogen in a safe and dense manner by reversible chemical conversion. They constitute a very promising option for energy storage, transport, and release combined with electric power generation by fuel cells in large‐scale applications like trains. In order to establish trains running on LOHC, it is mandatory to ensure the reliability of the system. This study evaluates various system configurations concerning reliability and resilience. The fault tree analysis method has been used to quantify the probability of failure. The S‐P matrix was applied to assess the different failure modes in context of severity as well as their probability. The MTTF of the system can be more than doubled by introducing single redundancy for the fuel cell and the reactor, while more than two redundant components diminish the positive effect on reliability due to higher complexity. It is estimated that the systems full functionality is available for more than 97% of its operating time.

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Resilienz – Ingenieurwissenschaftliche Perspektive

Cited by 7 publications

References 12 publications

Potentials and Challenges of Resilience as a Paradigm for Designing Technical Systems

Potentials and Challenges of Resilience as a Paradigm for Designing Technical Systems

Resilienzdenken in der kommunalen Wohnungspolitik

Reliability of liquid organic hydrogen carrier‐based energy storage in a mobility application

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