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Do civil engineering systems need systematising? Tackling complexity - top 10 issues for civil engineering systems

机译:土木工程系统需要系统化吗?解决复杂性-土木工程系统的十大问题

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Civil engineering systems is crucially about promoting and developing 'systems thinking' to solve or resolve civil engineering problems. The gaps between practice, theory and why things go wrong have narrowed but there is still much to be done. Civil engineering systems thinkers have absorbed and applied the ideas of others. But we have also developed ideas that are relevant outside of our own domain and evidence of our influence is growing. Five examples are modelling, conceptions of uncertainty and risk, the critical importance of the legal 'duty of care' and the relationship between 'hard' and 'soft' systems. Ten generic questions are discussed and tentative answers given. They include, what is the status of a model compared to a theory? What constitutes practical rigour? Are hard and soft systems irreconcilable? What is the nature of truth? How do we characterise and model uncertainty? Are risk and vulnerability different? Do risks incubate or emerge?
机译:土木工程系统至关重要,是促进和发展解决或解决土木工程问题的“系统思维”。实践,理论与错误原因之间的差距已经缩小,但仍有许多工作要做。土木工程系统的思想家吸收并应用了他人的思想。但是,我们还提出了与我们自己领域无关的想法,并且我们影响力的证据在不断增加。五个例子是建模,不确定性和风险的概念,法律“谨慎义务”的至关重要性以及“硬”和“软”系统之间的关系。讨论了十个通用问题,并给出了初步答案。它们包括,与理论相比,模型的状态如何?什么构成实际严谨?硬系统和软系统是不可调和的吗?真理的本质是什么?我们如何表征和建模不确定性?风险和脆弱性是否不同?风险会孵化还是浮现?

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