Using termination points and 3D visualization for dimensional control in prefabrication

Sharif, Mohammad Mahdi; Haas, Carl T.; Walbridge, Scott

doi:10.1016/j.autcon.2021.103998

Cited by 13 publications

(7 citation statements)

References 28 publications

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“…Artec 3D) or even free applications for smartphones that use LiDAR (e.g. Scaniverse and Polycam) [25]. These scanners and their associated software applications allow users to create 3D models of objects large and small and can even scan entire areas [26].…”

Section: D Scanning and Photogrammetrymentioning

confidence: 99%

A Proposed Meta-Reality Immersive Development Pipeline: Generative AI Models and Extended Reality (XR) Content for the Metaverse

Ratican¹,

Hutson²,

Wright³

2023

JILSA

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The realization of an interoperable and scalable virtual platform, currently known as the "metaverse," is inevitable, but many technological challenges need to be overcome first. With the metaverse still in a nascent phase, research currently indicates that building a new 3D social environment capable of interoperable avatars and digital transactions will represent most of the initial investment in time and capital. The return on investment, however, is worth the financial risk for firms like Meta, Google, and Apple. While the current virtual space of the metaverse is worth $6.30 billion, that is expected to grow to $84.09 billion by the end of 2028. But the creation of an entire alternate virtual universe of 3D avatars, objects, and otherworldly cityscapes

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Section: D Scanning and Photogrammetrymentioning

confidence: 99%

A Proposed Meta-Reality Immersive Development Pipeline: Generative AI Models and Extended Reality (XR) Content for the Metaverse

Ratican¹,

Hutson²,

Wright³

2023

JILSA

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“…, 2020; Singh et al. , 2011), and modularisation through conceptualising buildings as products (Bertelsen, 2005; Sharif et al. , 2022).…”

Section: Literature Reviewmentioning

confidence: 99%

“…Well-established production methods may, however, flatten the BIM implementation (Aram and Eastman, 2013;Dave and Sacks, 2020). Earlier studies suggest that BIM improvements are based on Product Lifecycle Management (PLM) (Aram and Eastman, 2013;Jupp and Nepal, 2014;Li et al, 2021;Pourzarei et al, 2020); the adoption of Industry Foundation Classes (IFC) as the data model standard for delivering integrated building information (Dimyadi et al, 2016;Fu et al, 2006); the implementation of situationbased management approaches such as Last Planner (Bertelsen, 2005;Maraqa et al, 2021;Sbiti et al, 2021;Schimanski et al, 2020); proposing a central information repository as a multi-disciplinary collaboration platform (Ding and Kohli, 2021;Hamidavi et al, 2020;Ng et al, 2020;Singh et al, 2011), and modularisation through conceptualising buildings as products (Bertelsen, 2005;Sharif et al, 2022). These methods have common goals with BIM, including process fluency, and product data integrity among multiple systems through standardised information repository across building (product) lifecycles.…”

Section: Introductionmentioning

confidence: 99%

Productization and product structure enabling BIM implementation in construction

Mansoori

Härkönen

Haapasalo

2022

ECAM

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PurposeThis study aims to facilitate consistency of information in building information modelling (BIM) and address the current BIM gaps through the perspectives of the productization concept and product structure (PS).Design/methodology/approachThe study follows a conceptual research approach in conjunction with a single case study. First, the previous studies on BIM implementation, productization and PS are reviewed. Further, a case study is used to analyse the current state of productization in the construction sector and develop a functional PS for construction.FindingsA Part-Phase-Elements Matrix is proposed as a construction-specific PS to facilitate consistency in information and to enhance BIM. The proposed matrix provides new avenues to facilitate consistent information exchange through the interconnection between conceptual PS and standard building objects library, and encourage collaborative communication between stakeholders.Originality/valueThis study explores the core of the productization concept and PS as means to facilitate consistency of information and thus address the current gaps in BIM. This as building projects progressively move towards systematic modular and prefabricated construction where the flow of reliable information about product and construction offerings becomes increasingly important.

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“…Therefore, other than the fact that complex assembly works, typically done at the ground level/off-site, could decrease aerial works and further avoid accidents, fewer labor inputs in prefabricated construction could also reduce safety accidents onsite and contribute to sustainability development [125]. Emerging technologies, such as IoT and 3D visualization, have also been involved in the prefabricated construction process to achieve better safety control [126,127].…”

Section: Social Sustainability 431 Occupational Safety and Healthmentioning

confidence: 99%

An Analysis on Promoting Prefabrication Implementation in Construction Industry towards Sustainability

Luo

et al. 2021

IJERPH

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As a game-changing technology with significant environmental, economic, and social benefits, prefabricated technology has attracted attention and has been increasingly adopted in the construction industry. Although multitudinous studies have investigated various aspects of prefabrication in construction, a thorough review of its current development state that synthesized environmental, economic, and social sustainability dimensions remains overdue. Therefore, this study aims to fill this research gap by constructing a systematic framework, analyzing the research status quos, and providing recommendations for future research. This study first conducted a holistic review of 768 references with NVivo. A research foci framework that represented the body of knowledge in prefabrication in construction was developed with five levels, which were advantages, hindrances, stakeholders, promotion policies, and strategy spectrum. Following the framework, the in-depth analyses from the perspectives of environmental, economic, social sustainability, technologies development, and promotion strategies were performed. The current research domains were further linked with potential research directions for promoting prefabricated construction towards sustainability. The study is of value in both offering references for policy formulation and stakeholder practice and providing recommendations for future research.

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Using termination points and 3D visualization for dimensional control in prefabrication

Cited by 13 publications

References 28 publications

A Proposed Meta-Reality Immersive Development Pipeline: Generative AI Models and Extended Reality (XR) Content for the Metaverse

A Proposed Meta-Reality Immersive Development Pipeline: Generative AI Models and Extended Reality (XR) Content for the Metaverse

Productization and product structure enabling BIM implementation in construction

An Analysis on Promoting Prefabrication Implementation in Construction Industry towards Sustainability

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