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Development and Implementation of a Circularity Assessment Framework for the Historical Bridges of Amsterdam City

Kahla, Omar (2024) Development and Implementation of a Circularity Assessment Framework for the Historical Bridges of Amsterdam City.

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Abstract:In the city of Amsterdam, where over 200 bridges have exceeded their lifespan and require intervention, the municipality is actively taking initiatives to implement circular design principles in asset management. However, assessing the circularity of historical bridges with the existing frameworks proves challenging. The existing framework requires an extensive amount of data for the assessment. In addition, historical bridges possess unique characteristics, such as their monumental status and uncertainties in components’ condition, which require a more specialized approach. This research addresses the gap by developing the Historical Bridge Circularity Indicator (HBCI). Following a systematic approach for developing a composite indicator, the HBCI identifies key criteria and indicators for circularity encompassing material flow, component reusability, adaptability, and historical value preservation. The framework addresses different temporal scenarios for circularity assessment, informing either a bridge’s circularity potential or comparing intervention strategies. This flexibility ensures the feasibility of the framework across multiple lifecycle stages and data availability. Ultimately, the HBCI offers a valuable tool for stakeholders by guiding engineering in designing circular interventions and policymakers toward circular asset management.
Item Type:Essay (Master)
Clients:
Nebest B.V., Vianen, Netherlands
Faculty:ET: Engineering Technology
Subject:56 civil engineering
Programme:Construction Management and Engineering MSc (60337)
Link to this item:https://purl.utwente.nl/essays/103510
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