Introduction. Transport structures are crucial elements of critical infrastructure that contribute to economic development and ensure the security of regions and the state as a whole. During wartime, transport structures have become vital for national defense, humanitarian evacuation, and export logistics. Most transport structures on public roads were built under outdated design norms, which do not correspond to modern load requirements. Almost half of Ukraine's transport structures are over 60 years old, making their deterioration inevitable. The situation is further complicated by increased traffic loads and the accumulation of deferred repairs, leading to a decline in the technical condition of these structures. Maintaining transport structures in proper condition is primarily a matter of traffic safety and the efficient operation of transport infrastructure. The available data in the “Analytical Expert System for Bridge Management” (AESBM) software complex and its analytical modules make it a reliable and efficient management tool for maintaining transport structures.
Problem Statement. Ensuring stable transport connectivity is of great importance for the development and integration of Ukraine’s economic system into global and European structures. Today, under wartime conditions, maintaining operational infrastructure is critical for the functioning of the state and the livelihood of the population, despite limited resources.
Objective. To provide an optimal approach to planning expenditures for the maintenance and repair of transport structures based on a comprehensive analysis of their current condition.
Materials and Methods. Analytical, statistical, and systematic analysis methods were applied. Data were obtained from the AESBM software complex.
Results. The paper presents the capabilities of AESBM in forming work plans for bridge inspections and subsequent repairs, considering various factors (general, calculated, and specific) under conditions of limited funding.
Conclusions. The use of AESBM enables optimal planning of priority and timely restoration work on transport structures, maintaining them in proper condition while ensuring the rational use of financial resources. It allows for rapid assessment and determination of inspection priorities, as well as planning restoration activities. Further development and widespread implementation of AESBM’s modules for current and strategic planning will provide a more flexible approach to data preparation and optimal management decision-making.
