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Workshop lead and conference paper · No. 07 · 21–24 May 2017

SimAUD 2017: Symposium on Simulation for Architecture and Urban Design, Toronto

Amir led a hands-on ENVI-met workshop on urban microclimate and presented a paper on outdoor and indoor thermal performance

At a glance
Role
Workshop lead and presenter
Location
John H. Daniels Faculty of Architecture, University of Toronto, Toronto, Canada
Host
SimAUD, run with ACM SIGSIM
Dates
21–24 May 2017 · workshops on 21 May
Venue
One Spadina Crescent, University of Toronto
Workshop
Urban Building Modelling (Energy and Microclimate), 21 May 2017: Amir led the hands-on ENVI-met workshop, followed by a theoretical presentation by Dr Umberto Berardi
Paper
The Thermal Performance Exploration of Outdoor and Indoor Spaces Using IES & ENVI-met, with Umberto Berardi, Kaamran Raahemifar, Ali GhaffarianHoseini and Karam Al-Obaidi
Session
Urban Microclimate, 24 May 2017, chaired by Rudi Stouffs
Proceedings
Published in the ACM Digital Library
The story

The symposium

SimAUD, the Symposium on Simulation for Architecture and Urban Design, held its eighth edition at the University of Toronto, bringing together researchers, designers and software developers working on simulation for buildings and cities.

The workshop

Amir led the symposium's hands-on ENVI-met workshop on urban building modelling for energy and microclimate, taking participants through simulation input, model set-up and the validation of results. Dr Umberto Berardi followed with a theoretical presentation on urban building energy and microclimate models.

The paper

In the Urban Microclimate session, Amir presented work with Umberto Berardi and colleagues on exploring the thermal performance of outdoor and indoor spaces with IES and ENVI-met, using the University of Malaya campus in Kuala Lumpur as the case. Field measurements and simulations mapped where people are least comfortable: asphalt and parking areas, open to the sun, with no trees. The study was later published in Science of the Total Environment (2019).

Where the tropical campus is hardest to bear: PMV thermal comfort maps from ENVI-met for the University of Malaya campus in Kuala Lumpur, with photographs of the measured spots. The hottest areas share a pattern: asphalt ground and parking areas, open to the sun, with no trees. From Amir's SimAUD 2017 presentation; published in Science of the Total Environment (2019).
Where the tropical campus is hardest to bear: PMV thermal comfort maps from ENVI-met for the University of Malaya campus in Kuala Lumpur, with photographs of the measured spots. The hottest areas share a pattern: asphalt ground and parking areas, open to the sun, with no trees. From Amir's SimAUD 2017 presentation; published in Science of the Total Environment (2019).
Evidence
See also
All of Engagement →
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