The climate emergency is challenging engineers to consider a broader palette of non-traditional and/or novel structural materials. This webinar series looks at some of the alternatives, encouraging engineers to consider designing with these new materials and explaining how to deliver them successfully within projects.
本届会议重点是木材混凝土复合材料（TCC）地板 - 连接到木材托梁或面板的薄混凝土板剪切。TCC是建造经济适用房，市中心办公大楼和学校建筑物的理想选择。
TCC的优势包括：
- low weight
- 低碳足迹
- 高热量
- fire resistance
- 僵化，力量和可持续性
With a relevant Eurocode technical specification soon to be released, TCC technology is poised to enjoy wide application. Our panel will use recent examples to illustrate key technological, structural and low-carbon features of TCCs.
Learning outcomes:
- Understand the benefits of using timber concrete composites, and when to use them
- Gain a better understanding of pre-fabricated vs in-situ TCC
- 听到合适的连接详细信息
- 了解可以找到结构设计指导的地方
About the series
This webinar is part 6 of a 6-part series on Novel materials and methods to achieve net zero
.All webinars are recorded and available to purchase on-demand following the live broadcast.
预订六个网络研讨会系列时，从捆绑折扣中受益这里.
1.如何在项目上采用新颖材料：研发到建筑 - 2021年4月21日
2.用撞泥土设计 - 2021年5月18日
3. Designing with straw bale - 1 July 2021
4.低碳混凝土技术 - 2021年9月9日
5. Key considerations for design and build of FRP road bridges - 20 October 2021
6. Timber concrete composites - 2 December 2021
Concerned about your time zone?
The webinar will be recorded and available to view on-demand for our international audience. On-demand access is included in the price of your webinar ticket.
Image: Timber framed building with timber concrete composite floors
Speakers
詹姆斯（James）从事各种项目的行业工作，并设计了各种材料，包括钢，混凝土，木材，地球，稻草和玻璃。2015年，詹姆斯（JamesConceptual Design of Buildings(IStructE) and设计木材结构（传统）。
Wendelconducts applied research to drive innovation across a spectrum of low-carbon structural forms including timber concrete composites, steel composites based on cement-free concrete and prestressed natural stone. He was a UK member of COST Action FP1402, focused on translation of timber structures research into design guidance. His in-situ testing of a 5-storey timber-framed building in London demonstrated the reliable performance of its timber concrete composite floors.
安德鲁·史密斯（Andrew Smith）是ARUP的设计工程师，具有包括木材在内的复合结构的分析和设计背景。他为开发木材混凝土复合材料的技术规范做出了贡献，该材料将构成更新的木材结构Eurocode（EC5）。连接设计以允许滑倒是他工作的重要重点。