Strategies for Representation and Analyses of 4D Modeling Applied to Construction Project Management

Brito, Douglas Malheiro de; Ferreira, Emerson A. M.

doi:10.1016/s2212-5671(15)00189-6

Cited by 11 publications

(8 citation statements)

References 17 publications

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“…Monitoring of the work of the main bearing structures of the facility, organizational and technological processes of construction is provided. The projects include technogenic, fire-safe and anti-terrorist factors [7][8][9]. When forming a generalized criterion, it is necessary to solve two problems [13][14][15][16][17][18]:…”

Section: Discussionmentioning

confidence: 99%

Building lifecycle management based on 4D modelling as the main workspace for building risk assessment

et al. 2020

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The use of information technology in the management of construction projects has become a decisive factor for the successful completion of projects, taking into account time, quality and financial costs. There are challenges in visualizing the planning process and integrating information between stakeholders. The paper considers some aspects of the development trend of information technology in construction. The element base, including the risks arising during the design and construction, associated with the direct use of computer and mathematical models of the object in the design is considered. The generated information models will provide basic information for the participants in the design process, which ultimately will be the basis of the element base of an effective tool for ensuring project life cycle management. The following methods were used: system analysis, logical-mathematical modelling, systems theory, economic-visual modelling, research methods of operations, economic and mathematical methods. A basic block diagram of 4D modelling is presented to minimize the occurrence of risks during design. The model allows considering the possibility of assessing the duration of the project, the level of labour productivity, as well as visualizing the construction process. The presented analysis indicates the importance of using 4D modelling in relation to the life cycle of the object in order to prevent the possibility of construction risks.

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Section: Discussionmentioning

confidence: 99%

Building lifecycle management based on 4D modelling as the main workspace for building risk assessment

et al. 2020

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“…It has also been shown that views and 4D information visualised specifically for each discipline furthers the benefits of 4D models (Boton et al, 2013). However, there are few documented implementations that are used repeatedly in construction projects, and most of them are related to the design phase, rather than the construction phase (Hartmann et al, 2008;Mahalingam et al, 2010;Brito and Ferreira, 2015). Also, most examples are of passive use of 4D, where the 4D is used to review or as a presentation material rather than active collaboration and co-creation of the schedule in 4D (cf.…”

Section: Background and Literature Reviewmentioning

confidence: 99%

“…L5 Early involvement is hard to achieve (Friblick and Nordlund, 2013) L6 Workers should plan (Winch and Kelsey, 2005;Crowther and Ajayi, 2019) L7 Involvement creates ownership of work (Dainty, Bryman and Price, 2002;Liker, 2005) L8 Support processes (Hartmann et al, 2012) W4 (Kenley and Seppänen, 2006) L4 Breakdown of the project (Kenley and Seppänen, 2009) L6 Workers should plan (Winch and Kelsey, 2005;Crowther and Ajayi, 2019) L9 Utilize tacit knowledge (Brito and Ferreira, 2015) W7 Bryman and Price, 2002;Liker, 2005) L9 Utilize tacit knowledge (Brito and Ferreira, 2015) L10 Early involvement is hard to achieve (Friblick and Nordlund, 2013) L11 4D scheduling (Eastman et al,…”

Section: Group Workmentioning

confidence: 99%

BIM tool development enhancing collaborative scheduling for pre-construction

Tallgren¹,

Roupé²,

Johansson³

et al. 2020

ITcon

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Construction projects often suffer from backlashes in relation to poor plans and schedules. Especially pre-construction planning has been challenging due to a high complexity, an extensive amount of information, and a lack of site managers time to make the schedule. To solve these issues for pre-construction planning; new planning processes, methods and tools have been developed over the last decade. However, due to a disregard of the current planning processes these tools have been difficult to adopt in practice. In addition, these developed tools and methods are seldom developed from the user’s point of view. A promising development is the introduction of integrated planning as a concept in construction companies. It involves the use of BIM models in concert with a planning approach where the subcontractors engage in the planning. However, currently available tools are more geared towards experienced users such as expert planners and does not allow for a fully collaborative and integrated planning approach. While many current tools would tick many of the requirements identified, they still fail to address the base requirements from the collaborative work environment literature. This paper contributes with a user-centric design and development of a collaborative planning application showing the integration of the existing collaborative planning process. By adopting a socio-technical approach, the paper focuses on combining technology and processes supporting the users and their way of working in order to enable adoption of the solution. A design science research approach has been used to gather requirements and develop and evaluate the Visual Project Planner (VPP) application. The VPP application applies a collaborative, visual approach supporting interdisciplinary knowledge sharing between all parties involved where the subcontractors actively can contribute to schedule. The VPP application has potential to reduce time for pre-construction planning regardless of the planning approach used.

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“…The BIM model of building called 4D model is a designed building BIM model plus construction time with information about the necessary resources for the construction. Constructional building BIM model is used for the construction process planning and management of works in the timeline, using the information posted in the project BIM model database (Migilinskas, Ustinovichius 2006;Brito, Ferreira 2015). Optimized procedures with BIM model can help to avoid downtime, wasteful use of materials, delayed transport and result reduced environmental impact (Xian, Chen 2015).…”

Section: Literature Reviewmentioning

confidence: 99%

Analysis of Problems, Consequences and Solutions for Bim Application in Reconstruction Projects

Migilinskas

Pavlovskis

Urba

et al. 2017

Journal of Civil Engineering and Management

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The main aim of analysis presented in this paper is based on the complex evaluation of Building Information Modelling (BIM) application and decision support in reconstruction projects. The reconstruction projects face the high level uncertainty during implementation mostly due inappropriate information management, insufficient quality control and low competence of participants. The application of advanced Computer-Aided tools such as BIM uses both with advanced Information and Communication Technologies (ICT) can be the way to solve the problems of reconstruction projects. The fourteen reconstruction projects have been analysed and the list of thirteen main problems has been identified. The pair wise judgment of problems has been made based on in the expert survey using the Analytic Hierarchy Process (AHP) method. The occurrence, influence to project and significance of the problems have been calculated and were prioritised according to the importance and consequences. After the complex analysis of problems, it is suggested to use combined list of solutions of the BIM tool application in reconstruction projects to support decision making process.

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Strategies for Representation and Analyses of 4D Modeling Applied to Construction Project Management

Cited by 11 publications

References 17 publications

Building lifecycle management based on 4D modelling as the main workspace for building risk assessment

Building lifecycle management based on 4D modelling as the main workspace for building risk assessment

BIM tool development enhancing collaborative scheduling for pre-construction

Analysis of Problems, Consequences and Solutions for Bim Application in Reconstruction Projects

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