Building performance for earthquake resilience

Joyner, Matthew D.; Sasani, Mehrdad

doi:10.1016/j.engstruct.2020.110371

Cited by 36 publications

(15 citation statements)

References 29 publications

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“…The primary concern of building codes has always been safety and collapse prevention. However, this conventional prescriptive design has shifted over time to performance-based seismic design (Joyner and Sasani, 2020; Priestley, 2000), where buildings are tailored to the owner’s performance requirements (Amirebrahimi et al , 2015). The impact of building performance is a significant step toward community resilience.…”

Section: Discussionmentioning

confidence: 99%

Seismic building design work process using building information modeling (BIM) technology for Malaysian Government projects

Mahamood

Fathi

2022

IJDRBE

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Purpose This paper aims to improve the seismic building design (SBD) work process for Malaysian Government projects. Design/methodology/approach Semi-structured interviews were virtually conducted to a small sample size of internal and external stakeholders from the Malaysian Government technical agency. There were seven of them, comprising Structural Engineers, an Architect, a Quantity Surveyor and consultants-linked government projects. The respondents have at least five years of experience in building design and construction. Findings The paper evaluates the current SBD work process in the government technical agency. There were four main elements that appear to need to be improved, specifically in the design stage: limitations in visualization, variation of works, data management and coordination. Research limitations/implications This study was limited to Malaysian Government building projects and covered a small sample size. Therefore, further research is recommended to extend to other government agencies or ministries to obtain better results. Furthermore, the findings and proposal for improvements to the SBD work process can also be replicated for other similar disasters resilience projects. Practical implications The findings and proposal for improvements to the SBD work process can also be replicated for other similar disasters resilience projects. Social implications This study was limited to government building projects and covered a small sample size. Therefore, further research is recommended to extend to other government agencies or ministries to obtain better results. Furthermore, the findings and proposal for improvements to the SBD work process can also be replicated for other similar disasters resilience projects. Originality/value This study provides an initial step to introduce the potential of building information modeling for SBD in implementing Malaysian Government projects. It will be beneficial both pre-and post-disaster and is a significant step toward a resilient infrastructure and community.

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Section: Discussionmentioning

confidence: 99%

Seismic building design work process using building information modeling (BIM) technology for Malaysian Government projects

Mahamood

Fathi

2022

IJDRBE

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“…Researchers have begun promising new inquiries from the vantage points of earthquake design, urban planning, and cutting-edge materials [25]. Te evolution of this feld is refected in the vocabulary of the feld itself: terms such as "earthquakes," "seismic design," "seismology," "architectural design," and "reinforced concrete" are all part of the study of earthquakes and their efects [26].…”

Section: Terms Related To Construction Safety and Hazardmentioning

confidence: 99%

CHR vs. Human-Computer Interaction Design for Emerging Technologies: Two Case Studies

Murad

Qusef

Muhanna

2023

Advances in Human-Computer Interaction

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Recent years have seen a surge in interest in the multifaceted topic of human-computer interaction (HCI). Since the advent of the Fourth Industrial Revolution, the significance of human-computer interaction in the field of safety risk management has only grown. There has not been a lot of focus on developing human-computer interaction for identifying potential hazards in buildings. After conducting a comprehensive literature review, we developed a study framework for the use of human-computer interaction in the identification of construction-related hazards (CHR-HCI). Future studies will focus on the intersection of computer vision, VR, and ergonomics. In this research, we have built a theoretical foundation for past studies’ findings and connections and offered concrete recommendations for the improvement of HCI in danger identification in the future. Moreover, we analyzed two cases studies related to the domain of CHR-HCI in terms of wearable vibration-based systems and context aware navigation.

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“…Scholars have launched useful explorations from the perspectives of seismic design, building planning, and new materials [ 14 ]. Terms such as “earthquakes”, “seismic design”, “seismology”, “architectural design”, and “reinforced concrete” reflect the research progress of this subject, whose main research directions include earthquake prediction, real-time intelligent monitoring of earthquakes, design of new seismic structures, and development of new seismic resistant materials [ 15 ].…”

Section: Keyword Co-occurrence Networkmentioning

confidence: 99%

Research Trends of Human–Computer Interaction Studies in Construction Hazard Recognition: A Bibliometric Review

Wang

Rui

Liu

2021

Sensors

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Human–computer interaction, an interdisciplinary discipline, has become a frontier research topic in recent years. In the fourth industrial revolution, human–computer interaction has been increasingly applied to construction safety management, which has significantly promoted the progress of hazard recognition in the construction industry. However, limited scholars have yet systematically reviewed the development of human–computer interaction in construction hazard recognition. In this study, we analyzed 274 related papers published in ACM Digital Library, Web of Science, Google Scholar, and Scopus between 2000 and 2021 using bibliometric methods, systematically identified the research progress, key topics, and future research directions in this field, and proposed a research framework for human–computer interaction in construction hazard recognition (CHR-HCI). The results showed that, in the past 20 years, the application of human–computer interaction not only made significant contributions to the development of hazard recognition, but also generated a series of new research subjects, such as multimodal physiological data analysis in hazard recognition experiments, development of intuitive devices and sensors, and the human–computer interaction safety management platform based on big data. Future research modules include computer vision, computer simulation, virtual reality, and ergonomics. In this study, we drew a theoretical map reflecting the existing research results and the relationship between them, and provided suggestions for the future development of human–computer interaction in the field of hazard recognition from a practical perspective.

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Building performance for earthquake resilience

Cited by 36 publications

References 29 publications

Seismic building design work process using building information modeling (BIM) technology for Malaysian Government projects

Seismic building design work process using building information modeling (BIM) technology for Malaysian Government projects

CHR vs. Human-Computer Interaction Design for Emerging Technologies: Two Case Studies

Research Trends of Human–Computer Interaction Studies in Construction Hazard Recognition: A Bibliometric Review

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