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理特咨询(ADL):2025为持久而建?重审关键基础设施的老化挑战研究报告(中译版)(108页).pdf

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1、BUILT TO LASTRethinking the aging of critical infrastructur 2025 BUILT TO LAST?Rethinking the aging of critical infrastructure Dr.Albert Meige“Ive always been drawn to forgotten places theres a strange beauty in the systems we built and then left behind.But when it But when it comes to essential com

2、es to essential infrastructures we infrastructures we still depend on,decay still depend on,decay is no longer just poetic is no longer just poetic its strategic its strategic.”Blue Shift /REPORT 0093BUILT TO LAST?Rethinking the aging of critical infrastructureAuthorsCoralie Harmache,Project Leader

3、of Blue Shift,Arthur D.LittleHerv Arribart,Materials Science Expert Rick Eagar,Partner Emeritus,Arthur D.LittleDr.Albert Meige,Director of Blue Shift,Arthur D.LittleMichael Kruse,Global Practice Leader,Arthur D.LittleDr.Kai-Oliver Zander,Partner,Arthur D.LittleMatteo Ainardi,Managing Partner,Arthur

4、D.LittleDaniel Fox,Consultant,Arthur D.LittleJovan Redzic,Business Analyst,Arthur D.LittlePhotographer-in-residenceDiane DufraisyJournalist-in-residenceCal FlynCONTENT-CONTENT-CONTENT-CONTENT-5Executive summary 6Preamble 10Chapter 1.The challenge of aging essential infrastructure 14Chapter 2.Fundame

5、ntal mechanisms of system aging 22Interlude#1:Between the resilience of the past&the fragility of the present 36Chapter 3.Using predictive methods to manage system aging 40Chapter 4.Aging control throughout the lifecycle 56Chapter 5.The value chain for management of infrastructure aging 76Interlude#

6、2:Fallen fences&feral forests 86Chapter 6.Strategic recommendations for infrastructure owners&operators 88Conclusion:Looking further ahead 986Blue Shift /REPORT 009Executive summary Effectively managing how infrastructure ages over time is becoming an increasingly important priority.This Arthur D.Li

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根据《BUILT TO LAST? Rethinking the aging of critical infrastructure》报告,以下为全文主要内容概括: 1. 基础设施老化问题日益严峻,主要由于老化、资金不足、需求变化、气候变化、建设瓶颈和脆弱性增加等因素。 2. 现有基础设施大多建于20世纪50-70年代,已接近或超过预期寿命,存在明显脆弱性。 3. 管理基础设施老化需要更深入理解系统复杂性,包括非线性行为和失效模式。 4. 预测是管理老化的关键,需要结合加速寿命测试、物理建模和基于AI的模式识别等方法。 5. 老化管理需要关注全生命周期,包括材料科学、系统设计、软件设计、维护和预测性维护等。 6. 老化管理价值链包括数据架构、现场数据采集和分析、集成解决方案提供和最终应用。 7. 基础设施所有者和运营商需要采取综合战略,包括技术采用、采购、生态系统、数据、财务和组织准备等方面。
"基础设施老化,如何预测?" "AI助力,预测未来基础设施?" "数字孪生,揭秘老化之谜?"
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