I demystify structural/earthquake engineering concepts to facilitate better decisions by engineering practitioners and stakeholders.
Qualifications & Memberships
Greg MacRae has been teaching and researching structural and earthquake engineering since 1986 in Japan, the USA, India, China and New Zealand. He was initiated into Chi Epsilon at the University of Washington, Seattle, for teaching excellence and he has coordinated, or taught, short courses on earthquake design in Myanmar with the World Seismic Safety Initiative, as well as in India.
Having previously worked with the structural engineering division of Morrison Cooper and Partners, Wellington, he is a registered professional engineer in Washington State. He continues his close involvement with the profession through collaborative projects, standards committees, and as a consultant. MacRae led the University of Canterbury Structural Engineering Cluster, has been on the Quake Centre Board, on the Structural Engineering Society management committee, and the NZ representative to the International Association of Earthquake Engineering.
MacRae’s research has been incorporated into standards in the USA, Japan and New Zealand, and it has directly influenced decisions regarding major buildings and bridges around the work.
He currently leads the ROBUST project, testing a 3-storey steel frame with non-skeletal elements on the ILEE shaking tables, collaborating with Tongji University, China and over 8 other NZ institutions. Editorial roles are with the Bulletin of the NZ Society for Earthquake Engineering, with the Journal of Earthquake Engineering, and formerly with the American Society of Civil Engineering (ASCE) Journal of Structural Engineering.
Greg was an author for the Royal Commission on the Canterbury Earthquakes and has been a director of the board of the World Seismic Safety Initiative (WSSI) as well as senior advisor to the board.
- Ballantyne D., Bartoletti S., Chang S., Graff B., MacRae G., Meszaros J., Pearce I., Pierepiekarz M., Preuss J. and Stewart M. (2005) Scenario for a Magnitude 6.7 Earthquake on the Seattle Fault [EF-2005-01]. Oakland: Earthquake Engineering Research Institute. 170-170.
- Chanchí Golondrino JC., MacRae G. and Duque Sierra JL. (2022) Friction Rotational Link for Seismic Dissipation in Steel Frames. Lecture Notes in Civil Engineering: 692-699.Springer International Publishing. http://dx.doi.org/10.1007/978-3-031-03811-2_75.
- Chanchí Golondrino JC., MacRae G. and Rodgers G. (2022) Effects of Prying Forces on the Hysteretic Behaviour of Asymmetric Friction Connections (AFCs). Lecture Notes in Civil Engineering: 700-708.Springer International Publishing. http://dx.doi.org/10.1007/978-3-031-03811-2_76.
- MacRae GA. and Lehman D. (2001) Chapter 4, 'Buildings'. In Group NEC; Washington UO (Ed.), The Nisqually, Washington, Earthquake, February 28, 2001 Preliminary Reconnaissance Report: 5. Seattle: Earthquake Engineering Research Institute.
- Roeder CW. and MacRae GA. (1997) Chapter 10: Steel Structures. In Beskos DE; Anagnostopoulos SA (Ed.), Computer Analysis and Design of Earthquake-Resistant Structures: 533-561. Southampton: Computational Mechanics Publications.