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Duncan Phillips is the Global Practice Area Leader for Building Performance, Computational Fluid Dynamics (CFD) and Ventilation at RWDI. In that role, he is involved in RWDI’s development of new tools and processes to analyze and reduce the adverse impacts of stack effect. Phillips has been involved in analyzing buildings under design, and has conducted measurement campaigns in all climates, in buildings of all heights, including supertall buildings. Project locations include Shanghai, Guangzhou, Dubai, London, New York, Toronto, Chicago, Edmonton and Los Angeles.
Working Group: MEP (2018 – Present)
MEP Systems Committee, Member (2018 – Present)
Annual Conference, Presenter (Australia 2017; Middle East 2018)
Record Numbers Convene at 2018 Leaders Meeting
20 October 2018
MEP Working Group Holds Kickoff Meeting at CTBUH 2018 Conference
20 October 2018
20 September 2012
Design of Sustainable Asian Supertall Buildings for Wind
This presentation examined a number of Asian supertall buildings as case studies, focusing on the impacts of wind and other climatic factors on their design....
You must be a CTBUH Member to view this resource.
21 June 2019
Will CFD ever Replace Wind Tunnels for Building Wind Simulations?
Duncan A. Phillips & Michael J. Soligo
The use of computational fluid dynamics (CFD) is becoming an increasingly popular means to model wind flows in and around buildings. The first published application...
You must be a CTBUH Member to view this resource.
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20 September 2012
Design of Sustainable Asian Supertall Buildings for Wind
This presentation examined a number of Asian supertall buildings as case studies, focusing on the impacts of wind and other climatic factors on their design....
21 June 2019
Will CFD ever Replace Wind Tunnels for Building Wind Simulations?
Duncan A. Phillips & Michael J. Soligo
The use of computational fluid dynamics (CFD) is becoming an increasingly popular means to model wind flows in and around buildings. The first published application...
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