Problems in reconstruction projects, BIM uses and decision-making: Lithuanian case studies

Pavlovskis, Miroslavas; Migilinskas, Darius; Antuchevičienė, Jurgita; Urba, Irina; Zigmund, Viačeslav

doi:10.1016/j.proeng.2017.11.029

Cited by 15 publications

(13 citation statements)

References 7 publications

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“…1-Insufficient knowledge on BIM enforcement systems in the senior executives. CR1 (Kaneta et al, 2017) 2-Lack of sufficient research projects on BIM CR2 (Zhao et al, 2017) 3-Lack of experts in the field of BIM CR3 (Krivonogov et al, 2018;Migilinskas et al, 2013;Pavlovskis et al, 2017;Migilinskas et al, 2017) 4-Lack of BIM training centers CR4 (Krivonogov et al, 2018) 5-Incompatibility of the existing software and hardware with BIM software system CR5 (Mirarchi et al, 2018) 6-Lack of proper training programs for the personnel to become familiar with BIM CR6 (Krivonogov et al, 2018;Garyaeva, 2018) Technical 7-Insufficient information on BIM among the private sector CR7 (Kaneta et al, 2017) 8 Timing 15-Lack of time to implement BIM CR15 (Kaneta et al, 2017) A professional questionnaire (see supplementary information) was elaborated based on these criteria and then employed to assist in collecting the opinion of a target expert group. The expert group was carefully selected by inviting experts in the field, with excellent academic and/or practical experience in the field of BIM.…”

Section: Sub-criteria (Definition/ Description) Identification Referementioning

confidence: 99%

"Building Information Modelling Execution in Administrative and Commercial Spaces in Iran – A Fuzzy-Delphi Criteria Prioritization "

Nemati¹,

Zandi²,

Aminnejad³

et al. 2019

JSSP

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Section: Sub-criteria (Definition/ Description) Identification Referementioning

confidence: 99%

"Building Information Modelling Execution in Administrative and Commercial Spaces in Iran – A Fuzzy-Delphi Criteria Prioritization "

Nemati¹,

Zandi²,

Aminnejad³

et al. 2019

JSSP

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“…(SHEN, ISSA 2010;SUCCAR 2010). BIM technology is a promising way of exploring how BIM will beneficially support sustainable real estate development (PENG, WU 2015;BALDWIN et al 2008), facility management (WANG et al 2013), housing renovation (JOBLOT et al 2017;AAPAOJA et al 2013), and the refurbishment as well as maintenance of the built environment (KHADDAJ, SROUR 2016;PAVLOVSKIS et al 2017).…”

Section: Introductionmentioning

confidence: 99%

Building Information Modeling for Housing Renovation - Example for Ukraine

Siniak

Źróbek

Nikolaiev

et al. 2019

Real Estate Management and Valuation

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Building Information Modelling (BIM) is the latest software technology used widely by many construction businesses - big and small - particularly within the Architecture Engineering Construction (AEC) sector. Besides being a design and documentation tool, building information models (BIM) provide a platform for enhanced knowledge base collaboration, the potential to manage modification, and therefore the capability to provide information support throughout the lifecycle of an apartment building. A big share of the eastern European construction industries remains excluded from BIM technology and the potential advantages it will hand over to their business, particularly for renovation projects. It requies the involvement of all stakeholders to realize higher-level coordination, productivity, visualization and value efficiencies. The advantages of BIM exploitation for renovation projects are considered in the article. Tendencies in the development of BIM technologies throughout the globe and in eastern European countries on example of Ukraine are shown. Examples of the exploitation of local building information systems in realizing renovation processes are given, and proposals for policymakers in terms of applying BIM technologies in housing renovation activities and facility management are formulated.

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“…The new design methods not only significantly simplify building design, construction and operation, but also make all processes more efficient using BIM. Although the processes are similar to ones that are carried out in new construction projects, however, there are some differences, and the main one is primary data collection, which is not always qualitative and is limited due to the lack of information (Pavlovskis, Migilinskas, Antuchevičienė, Urba, & Zigmund, 2017).…”

Section: Introductionmentioning

confidence: 99%

“…Pavlovskis, M.;Migilinskas, D.;Antuchevičienė, J.; Kutut, V. 2019. Implementing BIM for industrial and heritage building conversion …”

mentioning

confidence: 99%

Implementing BIM for industrial and heritage building conversion

Pavlovskis

Migilinskas

Antuchevičienė

et al. 2019

17th International Colloquium „Sustainable Decisions in Built Environment

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From systemic perspective reconstruction and restoration of industrial buildings are similar to historical and cultural heritage buildings. The maintenance and reuse of these buildings becoming more and more important research area worldwide. This importance must increase the information management demand but however, the most advanced digital technologies are rarely used. Use of 3D modelling technologies or whole building information modelling (BIM) methodology can help to save digital information of historic buildings is a significant effort to preserve the heritage and retain its most valuable features.

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Problems in reconstruction projects, BIM uses and decision-making: Lithuanian case studies

Cited by 15 publications

References 7 publications

"Building Information Modelling Execution in Administrative and Commercial Spaces in Iran – A Fuzzy-Delphi Criteria Prioritization "

"Building Information Modelling Execution in Administrative and Commercial Spaces in Iran – A Fuzzy-Delphi Criteria Prioritization "

Building Information Modeling for Housing Renovation - Example for Ukraine

Implementing BIM for industrial and heritage building conversion

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