Scientific Activity

The department has over 300 scientific works to its credit, 17 author certificates for inventions, 6 monographs, 1 author certificate for the computer program "Modeling Deformations of Water-Saturated Soil Masses and Foundations," and more than 120 developments implemented in production.
The department houses a research geotechnical laboratory. The primary purpose of the research laboratory is to conduct objective and reliable studies of the physical, physicomechanical, and classification characteristics of soils. The obtained research data allows for the execution of work in: designing foundations and footings for industrial, public, road, and hydraulic structures; determining the cause of excessive deformations in foundation bases; technical solutions for soil stabilization and foundation reinforcement; and providing expert assessments of the technical condition and load-bearing capacity of foundations and footings for industrial, public, road, and hydraulic structures.
The department's teachers carry out contract and state budget research projects commissioned by the construction and road industry both within the region and beyond.
In addition, the department is conducting comprehensive research on the issue of "Improvement and restoration of the condition of roads and transport structures" (state registration number 0123U105260) in the following areas:
• It seems there was an error in your message. Please provide the text you would like me to translate.experimentThis appears to be a fragment. Could you please provide more context or the complete text for translation?the use of high-performance materials in the construction of roads and airfields (executed by Prof. Kuzlo M.T.);
• experimentIt seems like you've entered a single word that translates to "happiness" in English. If you meant to provide more text or context, please share, and I'll be happy to help with the translation!influenceon the stiffness of the joint connections of steel elements in transport structures and their stress-deformed state (executor Assoc. Prof. Suprunyuk);
• analysis and  optimization of calculation parameters for pile foundations when reinforcing engineering structures (executed by Assoc. Prof. Fursovych M.O.);
• Research on the impact of the technical condition of water passage engineering structures on roads and adjacent areas.  Research on the influence of the technical condition of structural elements of artificial structures on their overall technical condition (executed by Associate Professor Pavliuk A.P.);