Bioinspired Textiles; Observations from the Evaluation of a Novel Practice-Based Framework Linking Lessons on Sustainable/Circular Design from Biology to Textile Practice
Bioinspired Textiles; Observations from the Evaluation of a Novel Practice-Based Framework Linking Lessons on Sustainable/Circular Design from Biology to Textile Practice
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仿生纺织品；
DOI：
10.1080/20511787.2023.2240062
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发表时间：
2023
期刊：
影响因子：
--
通讯作者：
Kapsali V
中科院分区：
文献类型：
--
作者：
Kapsali V
本文介绍了BIT设计框架的评估的初步结果，以及在纺织产品的设计和制造过程中对资源（物质和能源）使用的潜在影响。生物启发纺织品（BIT）设计框架旨在了解生物材料的结构和特性是否以及如何帮助纺织品设计师提高效率，寿命和资源回收。该框架的主要目标是使材料科学家生成的有关生物材料功能/结构关系的信息能够流动，为纺织品设计师在实践中实施这些新观点提供指导。为了测试BIT设计框架，我们招募了14名专业纺织品制造商参与一个合作设计项目，并帮助我们研究BIT框架对他们个人实践的影响。我们通过调查、访谈和对合作过程中制作者制作的实物文物的分析，收集了合作过程中关键点的反思和批评反馈。使用混合方法分析数据。我们的研究结果表明，双边投资条约框架，在其目前的格式，主要是通过促进实用的，单材料的战略，可以帮助解决回收的机械或化学手段捕获的物质在产品中的障碍，提高资源效率和回收的设计。这一框架似乎还有助于整合价值链沿着的两个或多个加工步骤，从而有可能减少生产某一特定产品所需的努力（能源）。长寿是通过多功能的设计策略来实现的，这些设计策略是由更复杂的生物系统（如肌肉自动调节器）引入的。
This paper presents initial findings from the evaluation of the BIT design framework and potential impacts on the usage of resources (substance and energy) during the design and manufacture of textile products. The Bio-inspired Textile (BIT) design framework was created to understand if and how lessons from the structures and properties of biological materials could help textile designers enhance the efficiency, longevity, and recovery of resources within their practice. The framework’s key objective was to enable the flow of information on the function/structure relationship of biological materials, generated by material scientists, into guidance for textile designers on implementing these new perspectives into their practice. To test the BIT design framework, we recruited fourteen professional textile Makers to participate in a collaborative design project and help us study the impact of the BIT framework on their individual practice. We collected reflections and critical feedback at key points during the collaborationviasurveys, interviews and analysis of the physical artefacts produced by the Makers during the collaboration. The data was analysed using a mixed methods approach. Our findings suggest that the BIT framework, in its current format, primarily enhances design for resource efficiency and recovery by promoting practical, mono-material strategies that could help address the obstacles for reclaiming the substances captured within a product by either mechanical or chemical means. The framework also appears to facilitate the consolidation of two or more processing steps along the value chain, which presents potential in reducing the effort (energy) required to produce a particular product. Longevity is supportedviamultifunctional design strategies introduced by more complex biological systems such as muscular hydrostats.
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DOI：
10.52842/conf.acadia.2013.361
发表时间：
2013
期刊：
ACADIA proceedings
影响因子：
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作者：
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通讯作者：
Jane Scott
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DOI：
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2012
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DOI：
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发表时间：
2008
期刊：
The Journal of the Royal College of Physicians of Edinburgh
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发表时间：
2017
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作者：
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影响因子：
64.8
作者：
Through;Physiological;Computing
通讯作者：
Computing