Offsite Construction, Quality Assurance, Transportation, and On-Table Changeovers of the Friction-Based Seismic Resilient Steel Framed ROBUST Building

Author:

Ramhormozian ShahabORCID,Yan ZhenduoORCID,Clifton G. CharlesORCID,MacRae GregoryORCID,Rodgers GeoffORCID,Quenneville PierreORCID,Dhakal RajeshORCID,Xiang PingORCID,Jia Liang-JiuORCID,Zhao Xianzhong

Publisher

Springer Nature Switzerland

Reference6 articles.

1. Clifton GC, MacRae GA (2018) Lessons from the field; steel structure performance in earthquakes in New Zealand from 2010 to 2016. Key Eng Mater 763:61–71

2. MacRae G, Clifton C, Innovations S (2013) Low damage design of steel structures. In: Steel Innovations 2013 Workshop, Christchurch, New Zealand

3. MacRae GA, Clifton GC (2015) Research on seismic performance of steel structures. In: Proceedings of Steel Innovations 2015 Conference. Auckland, New Zealand, vol 3, no 4

4. MacRae GA, Clifton GC, Bruneau M (2018) New Zealand research applications of, and developments in, low damage technology for steel structures. Key Eng Mater 763:3–10

5. Yan Z et al (2021) Three-storey configurable steel framed building incorporating friction based energy dissipater: structural configuration and instrumentation. In: New Zealand Society for Earthquake Engineering (NZSEE) Annual Technical Conference, Christchurch, New Zealand

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