Architectural Engineering and Design Management (Journal)

Ejohwomu, O. (Editor)
David Edwards (Editor)
Abimbola Windapo (Editor)
Felix Hui (Editor)

Activity: Publication peer-review and editorial work › Editorial work › Research

Description

Special Issue: Building Performance Gaps and the Decarbonisation Challenge

Period	25 Oct 2022 → 31 Oct 2023
Type of journal	Journal
ISSN	1745-2007
Degree of Recognition	International

Keywords

Construction
building physics
digitization
project management
circular economy
performance gap
productivity
decarbonisation

Research Beacons, Institutes and Platforms

Thomas Ashton Institute
Manchester Environmental Research Institute

Documents & Links

Special Issue (SI): Building Performance Gaps and the Decarbonisation Challenge The internal thermal performance of buildings affects the health and well-being of occupants (Lomas & Porritt, 2017), resulting in illnesses and in extreme scenarios, premature mortality. For example, in the UK heat-related deaths have risen in recent years with more than 2,500 deaths recorded during the 2020 heatwave (Committee on Climate Change, 2019). The committee further estimates that these heat-related deaths are set to more than triple by 2050 if policies are not implemented to address overheating in buildings. Additionally, as the number of people working from home increases, especially due to the effects of black swan events such as the COVID-19 pandemic (Bouziri et al., 2020), the internal thermal performance of buildings will impact the productivity of individuals and businesses (Baglee et al., 2012; Too et al., 2022). Although building designers use energy modelling tools to assess the internal thermal performance of buildings, there is an immense gap between the predicted and actual internal thermal performance of buildings (Lomas & Porritt, 2017). This is because steady-state models cannot fully capture the complexity of a dynamic problem. Further, the results of most modelling studies are influenced by the chosen weather file, internal gains and occupancy profile, which may be significantly different from actual occupancy (Lomas & Porritt, 2017). Inefficient internal thermal performance can also significantly contribute to excessive energy consumption and concomitant anthropogenic emissions – thus, exacerbating global climatic change. It is against this backdrop that this special issue (SI) seeks to examine the latest scientific developments in measuring, modifying or controlling the internal thermal performance of buildings. Specifically, this SI welcomes contributions to adopt the latest Industry 4.0 innovations including aspects such as: digital design using building information modelling (BIM); thermal performance prediction using artificial intelligence or machine learning approaches; decarbonisation studies; simulation case studies; technologies applied to reduce anthropogenic emissions; and new theory development or other such research that embodies advanced digital technology in practical and impactful solutions.

Architectural Engineering and Design Management (Journal)

Description

Keywords

Research Beacons, Institutes and Platforms

Documents & Links

Related content

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How Can Decarbonisation Alternatives Be Prioritised to Achieve Carbon Neutrality in Building Projects?

Evidencing the benefits of Industry 4.0 for the Architecture, Engineering and Construction (AEC) Industry: Promises, practices and unresolved problems

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Prizes

Outstanding contribution to environmental sustainability

Press/Media

How can the construction industry progress towards net-zero amid challenges?

Built on sand: the need for new environmental standards in the construction industry

Construction industry must address whole-life CO2 emissions in buildings, warn academics

Activities

Embedding Social Value in Engineering Procurement: Education, Contracts, and Delivery

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