Construction and assembly works planning: optimization or search for solutions

Gusev, E V

doi:10.1051/shsconf/20173501147

Cited by 2 publications

(2 citation statements)

References 14 publications

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“…Эта модель описывает не только технологическую последовательность взаимосвязанных работ, но и количественные оценки этих взаимосвязей. Подробно о моделировании технологии строительства объекта можно ознакомиться в [15]. Она обладает значительной стабильностью, так как технология возведения объекта сохраняется и не изменяется в ходе строительного производства.…”

Section: последовательность решения логистической задачи (принципиальunclassified

Significant Features of Improving Reliability of Decision-Making in Construction Management

Gusev¹

2020

CTAC&R

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Section: последовательность решения логистической задачи (принципиальunclassified

Significant Features of Improving Reliability of Decision-Making in Construction Management

Gusev¹

2020

CTAC&R

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“…Но для того, чтобы организовать производство работ, то есть принять соответствующие организационные решения для выполнения конкретных объемов работ, надо предварительно определить эти объемы [16]. Причем в процессе определения должны быть учтены технологические требования, которые и диктуют количественные соотношения между взаимосвязанными работами [17].…”

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Construction Management Based on Modeling Technology of Object Construction

Gusev¹,

Hollay²

2021

CTAC&R

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The time schedule is the main source of information in construction management. The overall efficiency and success of the project ultimately depends on its quality. At present, the concept of "technology for the construction of an object" is associated with the technological sequence of works of the object, the relationship between them, but there are practically no deep theoretical studies in the field of determining the quantitative relationships between interrelated works. The traditional approach to determining quantitative ratios based on previously adopted organizational decisions is fully justified for organizational and technological planning. But in order to organize the production of work, that is, to make the appropriate organizational decisions for the implementation of specific volumes of work, it is necessary to preliminarily determine these volumes.In the process of determination, technological requirements must be taken into account, which dictate the quantitative relationships between interrelated works. Purpose of the study. Building a model that takes into account technological dependencies in the process of performing construction and installation work. Materials and methods. The work used publications available in open sources on the organization of construction work, as well as regulations used in the Russian Federation, regulating the construction industry. Results. A new concept of construction technology of an object is given, as a quantitative and qualitative assessment of technological links between works, which determine the possibility of planning works and organizing production, depending on the state of the previous ones. This definition allows us to formulate the essence of modeling the construction technology of an object, namely, the establishment of technological links between the works and the determination of the minimum volumes on the previous one, which open up the possibility for planning a technologically interconnected volume on the subsequent work. The article has developed and presented such a model (model of object technological dependencies), which describes the technological interrelationships of works and their quantitative estimates at the beginning and end of works. The possibilities of the model of object technological dependencies in the development of management decisions from the point of view of the general functions of construction management are shown. Conclusion. The described model can successfully serve as a technological basis for planning construction and installation works, making organizational decisions, monitoring the progress of work, as well as developing management decisions in the process of construction production. With its help, you can analyze the progress and status of work in each planning period of the planned year.

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Construction and assembly works planning: optimization or search for solutions

Cited by 2 publications

References 14 publications

Significant Features of Improving Reliability of Decision-Making in Construction Management

Significant Features of Improving Reliability of Decision-Making in Construction Management

Construction Management Based on Modeling Technology of Object Construction

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