Smart and efficient ways to construct, maintain and decommission with zero emissions with transport infrastructure.

以智能、高效的方式构建、维护和退役交通基础设施，实现零排放。

• 批准号: 10069342
• 金额: $ 24.15万
• 依托单位: UBERBINDER LIMITED
• 依托单位国家: 英国
• 项目类别: EU-Funded
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10069342
• 关键词: Smart; efficient; ways; construct; maintain

The overall objective of CIRCUIT is to develop a holistic approach supported by digital solutions and guidelines to foster the introduction of innovative engineering practices in the whole construction supply/value chain to foster The overall objective of CIRCUIT is to develop a holistic approach supported by digital solutions and guidelines to foster the introduction of innovative engineering practices in the whole construction supply/value chain enabling circular, sustainable resilient and smart transport infrastructure and a wider deployment of Green Public and Innovation Procurement. This will be achieved by: i. developing and deploying an innovative open-source digital platform (with advanced Circularity analytics and Supply/value chain matchmaking tools) interoperable with traditional engineering/ design (BIM, Digital Twinm LCC, LCA) and traffic simulation tools; ii. introducing modular solutions, ecodesign and reusing concepts as alternative to traditional designs; iii. maximizing the use of biobased, Secondary Raw Materials (SRM) and Secondary Construction Elements (SCE) as alternative to traditional ones; iv. including in the decision making process of transport infrastructures design and route planning, information from updated traffic simulation tools to reduce incidents, accidents, congestion and future scenarios with autonomous vehicles). New elements and technologies for Circular, Smart, Resilient and Sustainable transport will be included in the design process to facilitate infrastructures upgrading and a quick adaptation to smart mobility and operations. CIRCUIT will also provide knowledge and technicalsolutions by exploiting the potential of fourstrategic pillars: Digitalisation, Recycle, Reuse and Energy. Different technologies will be validated in each of the pillars to deliver a holistic approach suitable for different transport modes, the urban and interurban environment, and the different stages of the life cycle of infrastructures.

电路的整体目标是发展一个由数码解决方案和指引支持的整体方法，以促进在整个建筑供应链/价值链中引入创新的工程实践。电路的总体目标是发展一个由数字解决方案和指南支持的整体方法，以促进在整个建筑供应链/价值链中引入创新的工程实践，从而实现循环、可持续的弹性和智能交通基础设施，并更广泛地部署绿色公共采购和创新采购。这将通过以下方式实现：i.开发和部署创新的开源数字平台(具有先进的圆度分析和供应链/价值链匹配工具)，可与传统工程/设计(BIM、Digital Twinm LCC、LCA)和交通模拟工具互操作；ii.引入模块化解决方案、生态设计和重复使用概念作为传统设计的替代方案；最大限度地利用生物基、二次原材料(SRM)和二次建筑元素(SCE)作为传统材料的替代品；包括在交通基础设施设计和路线规划的决策过程中，从最新的交通模拟工具中获得信息，以减少事故、事故、拥堵和自动驾驶车辆的未来情景。循环、智能、弹性和可持续交通的新元素和技术将被纳入设计过程，以促进基础设施升级和快速适应智能移动和运营。电路还将通过挖掘四大战略支柱的潜力提供知识和技术解决方案：数字化、回收、再利用和能源。将在每个支柱中验证不同的技术，以提供适合不同交通方式、城市和城际环境以及基础设施生命周期不同阶段的整体方法。