Bridges deemed impossible, designing with tight restrictions in place

<p>Bridge design is often shaped by constraints such as budget limitations, spatial restrictions, and environmental considerations. Rather than hindering creativity, these challenges can serve as catalysts for innovative and efficient solutions. This paper looks at three case studies, each with an unique approach to overcoming design limitations.</p><p>In Ankeveen, we designed a low-budget pedestrian bridge to avoid the need for a tender. This was realised in a streamlined design-build team, where costs and materials were reduced. In Brussels, we proposed a pedestrian bridge instead of the requested bicycle bridge, greatly reducing the footprint of the bridge. In Perth we designed a bicycle bridge that takes into account cultural heritage and environmental vulnerability, minimising the impact on the river and island.</p><p>These examples highlight how adaptive strategies, such as collaboration, material efficiency, and context- driven design, lead to functional, elegant, and sustainable footbridges. By embracing constraints, designers can create infrastructure that enhances both mobility and the surrounding environment.</p>

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Publication Details

Published
2025-08-27
DOI
https://doi.org/10.24904/footbridge2025.73
Primary Topic
Structural Engineering and Vibration Analysis
Type
article
Field-Weighted Citation Impact
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article

Bridges deemed impossible, designing with tight restrictions in place

Thomas Kaasschieter
Structural Engineering and Vibration Analysis
article

Bridges deemed impossible, designing with tight restrictions in place

Thomas Kaasschieter
article en

Abstract

<p>Bridge design is often shaped by constraints such as budget limitations, spatial restrictions, and environmental considerations. Rather than hindering creativity, these challenges can serve as catalysts for innovative and efficient solutions. This paper looks at three case studies, each with an unique approach to overcoming design limitations.</p><p>In Ankeveen, we designed a low-budget pedestrian bridge to avoid the need for a tender. This was realised in a streamlined design-build team, where costs and materials were reduced. In Brussels, we proposed a pedestrian bridge instead of the requested bicycle bridge, greatly reducing the footprint of the bridge. In Perth we designed a bicycle bridge that takes into account cultural heritage and environmental vulnerability, minimising the impact on the river and island.</p><p>These examples highlight how adaptive strategies, such as collaboration, material efficiency, and context- driven design, lead to functional, elegant, and sustainable footbridges. By embracing constraints, designers can create infrastructure that enhances both mobility and the surrounding environment.</p>

Delft University of Technology (NL)
Openalex Percentile: Top 76%
Structural Engineering and Vibration Analysis
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