Розмір шрифта:
DEVELOPMENT OF A MANAGEMENT SYSTEM FOR THE ECONOMIC EFFICIENCY OF BUILDING STRUCTURES IN MODERN PROJECTS
Остання редакція: 2025-06-09
Анотація
This study develops an economic efficiency optimization system for building structures in Ukraine's post-war
reconstruction, integrating DBN code constraints with wartime economic parameters to achieve dynamic balance
between structural safety and construction costs. The construction industry is undergoing rapid transformations,
requiring innovative management systems to ensure economic efficiency. This paper explores the development of a
management system designed to optimize economic performance in building structures. It outlines key
methodologies, challenges, and implementation strategies to enhance cost-effectiveness, sustainability, and project
efficiency
reconstruction, integrating DBN code constraints with wartime economic parameters to achieve dynamic balance
between structural safety and construction costs. The construction industry is undergoing rapid transformations,
requiring innovative management systems to ensure economic efficiency. This paper explores the development of a
management system designed to optimize economic performance in building structures. It outlines key
methodologies, challenges, and implementation strategies to enhance cost-effectiveness, sustainability, and project
efficiency
Ключові слова
Economic efficiency management; DBN codes; Local material substitution; Wartime construction; Ukraine reconstruction
Посилання
1.DBN V.2.6-2023 - Ukrainian State Building Code: Structural Safety Standards. Kyiv: Ministry of
Regional Development.
2.EN 1990:2023 - Eurocode 0: Basis of Structural Design. Brussels: European Committee for
Standardization.
3.World Bank. (2024) - Ukraine Rapid Damage and Needs Assessment. Washington: World Bank
Group.
4.Kovalenko, O. et al. (2023) - Wartime Construction Economics: Lessons from Kharkiv. Journal of
Conflict-Sensitive Infrastructure, 12(3), 45-67.
5.NATO NSPA. (2023) - Logistics Risk Atlas for Eastern Europe. Brussels: NATO Support and
Procurement Agency.
6.Zhang, L. et al. (2022) - Blast-Resistant Design with Recycled Concrete Aggregates. Materials &
Structures, 55(8), 1-15.
7.European Commission. (2023) - Technical Guidance on EU Taxonomy for Construction. Brussels:
Directorate-General for Financial Stability.
8.Hryshchenko, V. et al. (2024) - Dynamic Cost Modeling under Air Strike Disruptions. Automation in
Construction, 158, 105203.
9.State Statistics Service of Ukraine. (2023) - Monthly Construction Materials Price Bulletin. Kyiv:
Government Press.
10.BIMForum. (2023) - Interoperability Protocol for DBN-Eurocode Conversion. London: ICE
Publishing.
Regional Development.
2.EN 1990:2023 - Eurocode 0: Basis of Structural Design. Brussels: European Committee for
Standardization.
3.World Bank. (2024) - Ukraine Rapid Damage and Needs Assessment. Washington: World Bank
Group.
4.Kovalenko, O. et al. (2023) - Wartime Construction Economics: Lessons from Kharkiv. Journal of
Conflict-Sensitive Infrastructure, 12(3), 45-67.
5.NATO NSPA. (2023) - Logistics Risk Atlas for Eastern Europe. Brussels: NATO Support and
Procurement Agency.
6.Zhang, L. et al. (2022) - Blast-Resistant Design with Recycled Concrete Aggregates. Materials &
Structures, 55(8), 1-15.
7.European Commission. (2023) - Technical Guidance on EU Taxonomy for Construction. Brussels:
Directorate-General for Financial Stability.
8.Hryshchenko, V. et al. (2024) - Dynamic Cost Modeling under Air Strike Disruptions. Automation in
Construction, 158, 105203.
9.State Statistics Service of Ukraine. (2023) - Monthly Construction Materials Price Bulletin. Kyiv:
Government Press.
10.BIMForum. (2023) - Interoperability Protocol for DBN-Eurocode Conversion. London: ICE
Publishing.
Повний текст:
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