Scientometric Analysis on Climate Resilient Retrofit of Residential Buildings DOI Creative Commons

Jacynthe Touchette,

Maude Lethiecq-Normand, Marzieh Riahinezhad

et al.

Buildings, Journal Year: 2025, Volume and Issue: 15(5), P. 652 - 652

Published: Feb. 20, 2025

This study aims to understand the impacts of climate change and extreme events on residential buildings explore how existing can be adapted resist these negative impacts. A bibliometric scientometric analysis was conducted resilient retrofits highlight prevalent themes, critical directions, gaps in literature, which inform future research directions. The retrofit publications from 2012 2023 were retrieved analyzed using text-mining software. In all, 4011 2623 patents identified. revealed an average annual publication growth rate 11%, indicating increasing interest retrofits. Four central topics explored specifically throughout study, as they are known most risks for buildings: Overheating, Flooding, Wind, Wildfires. trends reveals that emerging interests encompass nature-based solutions, energy efficiency, thermal comfort, microclimates, durability, post-disaster recovery, events. Nearly half reference urban context over one-third mention costs. building envelope is frequently discussed housing component. Although not primary focus this searched for, concerns still dataset, highlighting importance efficiency management R&D momentum several gaps. Despite high rates, there low rates key such holistic approaches, traditional homes, name a few. These areas could benefit further climate-resilient Additionally, indicates lack cross-themed specific rural suburban settings. There also few studies addressing combinations overheating high-rise buildings, wildfires Nordic climates, flooding risk smart homes within scope United States leads output, followed by China UK, with dominating patent landscape. provides comprehensive overview landscape retrofit, systematically maps analyzes vast amount identifies gaps, enabling us see type quantitative snapshot field at certain point time thus providing unique view. helps stakeholders prioritize efforts resources effectively guiding research, funding decisions, informing policy ultimately enhancing resilience climate-related challenges.

Language: Английский

Scientometric Analysis on Climate Resilient Retrofit of Residential Buildings DOI Creative Commons

Jacynthe Touchette,

Maude Lethiecq-Normand, Marzieh Riahinezhad

et al.

Buildings, Journal Year: 2025, Volume and Issue: 15(5), P. 652 - 652

Published: Feb. 20, 2025

This study aims to understand the impacts of climate change and extreme events on residential buildings explore how existing can be adapted resist these negative impacts. A bibliometric scientometric analysis was conducted resilient retrofits highlight prevalent themes, critical directions, gaps in literature, which inform future research directions. The retrofit publications from 2012 2023 were retrieved analyzed using text-mining software. In all, 4011 2623 patents identified. revealed an average annual publication growth rate 11%, indicating increasing interest retrofits. Four central topics explored specifically throughout study, as they are known most risks for buildings: Overheating, Flooding, Wind, Wildfires. trends reveals that emerging interests encompass nature-based solutions, energy efficiency, thermal comfort, microclimates, durability, post-disaster recovery, events. Nearly half reference urban context over one-third mention costs. building envelope is frequently discussed housing component. Although not primary focus this searched for, concerns still dataset, highlighting importance efficiency management R&D momentum several gaps. Despite high rates, there low rates key such holistic approaches, traditional homes, name a few. These areas could benefit further climate-resilient Additionally, indicates lack cross-themed specific rural suburban settings. There also few studies addressing combinations overheating high-rise buildings, wildfires Nordic climates, flooding risk smart homes within scope United States leads output, followed by China UK, with dominating patent landscape. provides comprehensive overview landscape retrofit, systematically maps analyzes vast amount identifies gaps, enabling us see type quantitative snapshot field at certain point time thus providing unique view. helps stakeholders prioritize efforts resources effectively guiding research, funding decisions, informing policy ultimately enhancing resilience climate-related challenges.

Language: Английский

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