Exploration and practice of resilience system for sustainable emergency architecture
ID：361 View Protection：ATTENDEE Updated Time：2022-05-13 11:35:09 Hits：605 Invited speech

Start Time：2022-05-26 17:50 （Asia/Shanghai）

Duration：20min

Session：[S11] Green and low-carbon technology for urban and rural construction » [S11-1] Green and low-carbon technology for urban and rural construction-1

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Abstract
ABSTRACT: According to the UN report, the number of flood disasters worldwide has more than tripled from 1,389 to 3,254 over the past 20 years, accounting for 40% of all disasters and affecting 1.65 million people. The core concepts of sustainable development are a long-term focus, scientific planning, and the pursuit of efficiency, and the highest level of care and support for disaster areas should also be sustainable. Combined with the international system, this research puts forward the framework exploration of post disaster emergency architecture design based on resilient human settlements. The resilient human settlement framework of BBBC is embodied in three levels: structural resilience, spatial resilience and energy resilience. According to the sequential characteristics of post disaster rescue, the response strategy of sustainable emergency architecture design is divided into four stages, including multi-functional disaster relief BAG, modular disaster relief BOX and flexible combination of disaster relief BUILDING. Under the management of intelligent disaster preparedness CLOUD, the three "B" can be flexibly combined according to the disaster relief requirements of different stages. This research aiming to seek better post disaster relief solutions, and enable displaced people to have a warm, comfortable home quickly after a disaster.
Keywords
Sustainable emergency architecture, Resilient human settlements, Solar decathlon, Net-zero building design
Speaker
Junjie LI
Beijing Jiaotong University

Dr Li is an Associate professor of the School of Architecture and Design, Beijing Jiaotong University since 2016. Dr Li's research interests include sustainable building theory, green building design and technology, high performance-low carbon buildings. Her social posts include LEED AP(USGBC), AH AP Diploma，member of the green building and energy conservation committee of China GBC, member of the green building theory and practice group, member of the DTSA-SPSD international academic committee, and reviewer of several international SCI journals.

Dr Li’s research has won the second prize of Science and Technology Progress Award of the Ministry of education of China, the first prize of excellent doctoral thesis of Tsinghua University, and outstanding graduates. By now, more than 70 papers have been published in academic conferences and core journals, 15 of which are SCI/CSSCI index (3 in An1, 1 in An2, 3 in An3), 5 in Architectural Journal which is the top journal of China, and 9 in EI index, obtained 10 patents (top three), published 3 monograph and 2 English translations books (cooperation).
 

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