Philippe Block博士是蘇黎世ETH建筑技術研究所（ITA）的全職教授，與Tom Van Mele博士一起領導Block研究小組（BRG），并擔任該研究所所長。Philippe還是瑞士國家數字制造能力研究中心（NCCR）主任。他曾在比利時布魯塞爾Vrije大學（VUB）和美國麻省理工學院（MIT）學習建筑和結構工程，并于2009年獲得博士學位。他曾獲得眾多獎項，包括埃思·祖里希（2018）頒發的R?ssle獎（最有前途的年輕教授）和2018年柏林藝術獎（Baukunst）。
BRG研究小組(The Block Research Group)開發了高效結構形式的創新設計和工程方法，并提出了全新的經濟施工方法。為了應對氣候變化帶來的巨大挑戰，該小組研究和建造的原型努力踐行“通過幾何強化結構”的座右銘，以減少隱性的溫室氣體排放并使用更少的新資源。為了最大限度地減少建筑浪費和提高勞動生產率，小組制定了創新的預制策略和新穎的施工模式。
Dr. Philippe Block is a full professor at the Institute of Technology in Architecture (ITA) at ETH Zurich, where he leadsthe Block Research Group (BRG) with Dr. Tom Van Mele and is Head of theInstitute. Philippe is also Director of the Swiss National Centre of Competencein Research (NCCR) in Digital Fabrication. He studied architecture andstructural engineering at the Vrije Universiteit Brussel (VUB) in Belgium andat the Massachusetts Institute of Technology (MIT) in the US, where he earnedhis PhD in 2009. He is the recipient of numerous awards, including the R?sslerPrize for most promising young professor from ETH Zürich (2018) and the BerlinArts Prize 2018 for Baukunst.The Block Research Group develops novel design and engineering approaches for efficient structural form and proposesnew and economical construction approaches. To address the grand challengesposed by climate change, the group’s research and built prototypes strive themotto “strength through geometry” to reduce embodied greenhouse gas emissionsand utilize fewer first-use resources. To minimize construction waste andincrease labor productivity, the group develops innovative bespokeprefabrication strategies and novel construction paradigms.
關于BRG
蘇黎世聯邦理工學院建筑技術研究所的Block研究小組(BRG)由Philippe Block 教授和Tom Van Mele博士領導。BRG的研究集中在幾個核心領域，包括砌體結構分析、圖形分析和設計方法、計算找形和結構設計、離散元件組件以及制造和施工技術。研究小組基于幾何方法的中心目標是了解復雜結構設計和工程問題的實際需求，并開發新的算法，以及高效、可行的工具來進行結構信息設計。
About BRG The Block Research Group (BRG) at the Institute of Technology in Architecture at ETH Zürich is led by Prof. Dr. Philippe Block and Dr. Tom Van Mele. Research at the BRG focuses on several core areas, including analysis of masonry structures, graphical analysis and design methods, computational form finding and structural design, discrete element assemblies, and fabrication and construction technologies. The central goals of our geometry-based approach are to understand the real demands of complex structural design and engineering problems and to develop new algorithms and efficient, accessible tools for structurally informed design.
SPEACH TITLE
演講主題
重塑混凝土結構應用參數化設計，優化混凝土結構，實現建筑減碳Disrupting Concrete Construction
Concrete does not want to be a beam, itwants to be an arch. Reintroducing funicular geometry for spanning space in concrete makes it possible to significantly reduce the amount of materialneeded, but also, because of the very low stresses, build with lesser emitting materials. Recent developments in computational design and engineering methodsand construction-scale digital fabrication now allow us to introduce concreteas an extremely sustainable solution for common structural elements like afloor “slabs” or a arched bridges. This lecture will introduce how we candisrupt concrete construction: lightweight, extremely low embodied emissions,no embedded reinforcement steel, using very little resources and made largelyout of construction demolition waste, fire resistant, providing thermal mass,acoustically performant, dry-assembled prefab, so easily demountable andreusable as structural components or entirely and easily recyclable at the endof its life, available at scale and globally, and economic. Sounds too good tobe true?
金偉華 博士 紐約大學土木與城市工程系教授Dr. Weihua Jin, Professor of Civil and Urban Engineering, New York University
DATE & TIME
直播日期&時間
北京時間2022年6月8日20:00-21:30（周三）20:00PM-21:30PMWednesday June 8th, 2022 瑞士時間2022年6月8日14:00-15:30（周三）14:00PM-15:30PMWednesday June 8th, 2022 公益講座，歡迎掃碼預約直播 本次交流機會難得，歡迎大家廣泛傳播
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