Methodology of Coding Building Information Model Elements at the Stages of the Life Cycle

Shilov, Leonid; Shilova, Liubov

doi:10.1007/978-3-030-96206-7_25

Cited by 6 publications

(2 citation statements)

References 19 publications

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“…Таблица Результаты иерархического сравнения дефектов позволяют предложить следующий ранговый ряд их влиятельной значимости на техническое состояние и состояние функционального соответствия, принимаемый как показатель синергетической свертки эффектов жизненного цикла дефектов в динамическом моделировании плоской рулонной кровли на эксплуатационной стадии жизненного цикла [15] (рис. 1).…”

Section: работоспособность -способность исполнять требуемые функции в...unclassified

Flat Roll Roofs Life Cycle Management Improving With Advanced Technical State Inspection

Dolzhenko,

Naumov,

Shchenyatsky

2023

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

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The quality of life cycle management of flat rolled roofs depends on the effectiveness of the technology for assessing their physical deterioration, the value of which is significantly affected by the operating conditions of roofs and sources of impacts. Flat rolled roofs are the most common technical solutions in the real estate and are very defect-intensive building systems, the physical deterioration of which affects the structural safety and functional reliability not only of them, but of the entire building as a whole. Defects in flat rolled roofs, as well as defects in building structures in general, are in close organizational and technological relationship, in which the life cycle of an individual defect can be a synergistic multiplication or subtraction in defects life cycle parameters. The key flaw of modern methods for assessing physical deterioration are the initial and predominantly manual instrumental studies, in connection with which the methods are overly simplified, templated, subjective in natural assessment of life cycle resource intensity. In this regard, it seems promising targeted research related to the comprehensive improvement for construction and technical flaw detection methods, both in software improving that increases the reliability and quality of the factual result, and algorithms for predictive estimation of individual defects and building systems life cycles. That manages life cycle more effectively in the media of practical methods for dynamic defects analyzing and assessing the technical condition of structures in general. The paper presents mainline in improving of method for assessing the physical deterioration of flat rolled roofs, quantitatively taking into account the combined impact of defects on building system technical condition at its life cycle, significant expanding the operational tools for building technical management.

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Section: работоспособность -способность исполнять требуемые функции в...unclassified

Flat Roll Roofs Life Cycle Management Improving With Advanced Technical State Inspection

Dolzhenko,

Naumov,

Shchenyatsky

2023

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

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“…Since the end of the last decade, when works defining the stages of the building lifecycle were published [3,4], and up to now, a considerable part of such works, both domestic and foreign, has been devoted to the issues of information modeling at the pre-project and project stages of CPLC [5][6][7][8][9][10][11].The prerequisite for this was the development of industry-specific digital management decision-making support systems to meet today's demands for efficient planning, design, operation and ongoing management of construction objects. In the Russian Federation, such a system is supposed to base on the wide application of information modeling technology at all stages of the life cycle of capital construction and infrastructure objects [12].…”

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The importance of automating the “Construction” phase of the construction project life cycle

Ivanov

2023

E3S Web of Conf.

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Significant innovations in the regulatory framework of the construction industry of the Russian Federation force construction organizations to change their attitude to digital technology in general and automation in particular. The existing objective differences of construction companies, carrying out their activities at different stages of the life cycle of construction products, put them in different initial conditions on the way to solving the problem. In the present study, the authors analyze the level of elaboration of a number of issues that arise at different stages of the construction project life cycle (CPLC). As a result of the analysis, the authors conclude that there is a lack of attention to digitalization at the stage “construction”. In particular, it is noted that little attention is paid to the automation of the management activities of companies at this stage of CPLC lifecycle. The authors analyze possible approaches to the automation of management tasks of a construction organization that directly erects buildings and structures. As a result, key features of approaches to the formation of task complexes for automation for two different groups of departments of the management apparatus of a construction organization are formulated. Based on the results of the study, the authors conclude that in order to ensure the effective functioning of construction companies and organizations the use of digitalization technologies at all stages is mandatory.

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Using immersive technologies for sensory perception of the architectural projects

Serova,

Shilova

2024

E3S Web Conf.

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How do we receive an information about the future building? Like all objects in the real world, we perceive architectural objects using the help of five senses. But how does architectural project, BIM-model or immersive technologies transmit information for sensory perception of the future building? This article contains a consistent study of the possibility of sensual perceiving architectural objects in the process of their design, as well as the influence of the development of information technology on the quality of sensory and sensual perception of the future object.

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Methodology of Coding Building Information Model Elements at the Stages of the Life Cycle

Cited by 6 publications

References 19 publications

Flat Roll Roofs Life Cycle Management Improving With Advanced Technical State Inspection

Flat Roll Roofs Life Cycle Management Improving With Advanced Technical State Inspection

The importance of automating the “Construction” phase of the construction project life cycle

Using immersive technologies for sensory perception of the architectural projects

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