同济大学建筑与城市规划学院

建筑智能设计与建造系列讲座

生物材料的循环设计增材制造 

Circular Design and Additive Manufacture of Biomaterials

讲座主题

为了实现废弃物和排放量的净零，我们迫切需要重新审视技术圈的采掘过程。通过研究城市中的物质流动，设计师可以鉴定潜在的介入点，以创建新的城市代谢。建筑中的机械臂打印技术为建筑构件大体量定制化加工生产提供了平台，尤其是在处理废弃物等复杂材料时具有显著的优势。挤出型工艺涉及到多种复杂和非线性的相互作用，例如材料的流变特性、固化和收缩行为以及结构性能。对于那些对于机械性能缺乏了解的新材料，协调这些复杂的关系是具有挑战性的，但在实现规模化应用的目的下是必不可少的操作。

The current state of post-waste materiality remains undefined. In order to achieve net-zero waste and emissions, it is imperative to reassess the extractive processes of the Technosphere. Designers can identify potential intervention points by analyzing material flows within a city, thus creating new urban metabolisms. Robotic 3D printing in construction allows for the large-scale fabrication of customized and bespoke building conponent, which is particularly beneficial when dealing with heterogeneous or variable materials such as waste. Extrusion-based processes integrate numerous complex and non-linear interactions, including the rheological properties of the material, curing and shrinkage behavior, and structural performance. It is challenging to negotiate these intricate relationships for new materials where there is little to no tacit knowledge, but it is essential to enable scale-up.

孟精远

Bartlett, UCL

精远（尧尧）是一位屡获殊荣的跨学科设计师，曾在美国加州艺术学院学习室内建筑设计，随后获得了伦敦大学巴特莱特建筑学院的生物一体化设计硕士学位。毕业后，精远被认定为英国全球人才，继续在巴特莱特建筑学院从事研究和教学工作。目前，她在巴特莱特建筑学院教授Bio-ID二年级循环设计策略课程 并且在制造与设计交流中心担任机械臂技师。

精远为在伦敦设计博物馆展出的Calcareous Arabesque项目的材料研发和机械臂制造发展做出了主要贡献。这次经历使她成为一篇关于糖制精炼废弃物利用的研究手稿的合著者。该手稿在2022年丹麦国际结构与建筑会议上获得了最佳迷你研讨会论文奖。

Jingyuan also known as Yaoyao is an award-winning interdisciplinary designer who studied interior architecture design at California College of the Arts in the USA. She subsequently obtained her MArch degree in Bio-Integrated Design from The Bartlett, UCL. Following her graduation, Jingyuan was recognized as a UK Global Talent and continued her research career at The Bartlett. Currently, she works as a robotic technician at B-made and teaches Bio-ID Year 2, with a particular focus on circular design strategies.

Jingyuan has contributed to the material and fabrication development of the Calcareous Arabesque project, which was exhibited at the Design Museum in London. This experience led to her co-authoring a research manuscript on the utilization of sugar-refining waste, which was awarded best mini-Symposia paper at the 2022 ICSA conference in Denmark.a College of the Arts in the USA. She subsequently obtained her MArch degree in Bio-Integrated Design from The Bartlett, UCL. Following her graduation, Jingyuan was recognized as a UK Global Talent and continued her research career at The Bartlett. Currently, she works as a robotic technician at B-made and teaches Bio-ID Year 2, with a particular focus on circular design strategies.

Jingyuan has contributed to the material and fabrication development of the Calcareous Arabesque project, which was exhibited at the Design Museum in London. This experience led to her co-authoring a research manuscript on the utilization of sugar-refining waste, which was awarded best mini-Symposia paper at the 2022 International conference on structures & architecture in Denmark.

课程时间：4月13日   13:30-15:00(UTC-+8)

腾讯会议号：577-253-020    密码:  230413

Time: April 13 13:30-15:00(UTC-+8)

Tencent Meeting ID：577-253-020  Password:  230413

DigitalFUTURES 2023

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国际建筑师协会

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国家土建结构预制装配化工程技术研究中心

上海市建筑学会

中国建筑学会计算性设计分会， 建筑师分会

中国建筑学会数字建造学术委员会

同济大学建筑设计研究院（集团）有限公司

上海一造科技有限公司

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“数字未来”（DigitalFUTURES）自2011年以来，由同济大学建筑与城市规划学院（CAUP）与上海建筑数字建造工程技术研究中心（SFAB）发起，依托DigitalFUTURES协会，国际建筑师协会，中国建筑学会，国家土建结构预制装配化工程技术研究中心，上海市建筑学会等学术平台，联合全球知名学者、建筑师、设计师及相关企、事业单位和学术媒体共同组织，形成了线上、线下一体化的教育平台。活动涵盖讲座、会议、工作坊和展览等。如今，DigitalFUTURES作为一个全球性建筑知识交流共同体，以www.digitalfutures.world为平台，鼓励全球建筑知识的传承与创新、合作与交流，重点关注数字化设计理论、技术以及人工智能算法、机器人建造等在建成环境领域的科学研究。