Relevance
Traditional methods of concrete strength control do not give a full dynamic view of the internal processes occurring in the body of the structure. Also, due to the considerable laboriousness and cost, the control of strength development using standard samples and non-destructive testing devices is often limited to only three measurements on days 3, 7 and 28, excluding the possibility of monitoring. These shortcomings can be compensated for by using built-in sensors that continuously measure the internal characteristics of concrete during hardening, allowing for strength control and monitoring of the structure in real time. The sensors planned for development within the framework of this project are focused on import substitution of its foreign counterparts, and will differ in lower cost and expanded functionality.

Objectives
Development and pilot industrial implementation of a built-in sensor for wireless non-destructive testing of reinforced concrete structures, which allows monitoring data on the current strength of concrete, internal temperature and humidity using special software.

Expected Results
► 2 articles will be published in reviewed foreign and (or) domestic publications with a non-zero impact factor (recommended by KOKSON).
► 1 scientific article will be published in collections of international conferences abroad.
► 1 collective monograph will be published.
► 2 scientific articles will be published in peer-reviewed foreign scientific journals indexed by international databases Web of Science, included either in 1 (first), or 2 (second), or 3 (third) quartiles in scientific direction and (or) having a percentile in Cite Score in the Scopus database is not less than 35 (thirty five) in scientific direction.

Achieved Results

Relevance
In recent years, there has been a significant increase in the production and use of non-destructive testing equipment. These include methods for predicting concrete strength based on modern technologies such as built-in sensors and sensors. However, the requirements for them in Kazakhstan are not regulated, and are reflected in the standards of only foreign countries. And also, the existing approaches to the temperature-strength control of concrete, which would take into account all the advantages of each of the methods, are absent. The above circumstances substantiate the relevance of this study aimed at the formation of a unified approach to the temperature and strength control of concrete.

Objectives
Formation of a unified approach to temperature and strength control of concrete.

Expected Results
► 2 articles will be published in a peer-reviewed foreign and (or) domestic edition with a non-zero impact factor (recommended by KOKSON).
► 1 collective monograph will be published.

Achieved Results

Relevance
For many years, dams have been used as structures blocking a watercourse to raise the water level and concentrate pressure at the location of the structure, as well as to create a reservoir. However, improper location and design of dams can lead to flooding of large areas, causing significant damage to settlements and objects of the national economy, as well as to catastrophic events with massive destruction. At this time, the design of dams primarily considers the amount of water that must be retained. But beyond this, other factors, the main of which are land use and climate change, can influence the behavior of the water that must be retained in the dam from the watercourse. This project aims to develop an integrated GIS-based approach to dam siting and design that takes into account the impacts of land-use change and climate scenarios. As the risk of collapse is reduced, safety is increased, which in turn protects human life and property, as well as the general environment in catchments.

Objectives
Development of a comprehensive GIS-based methodology for the placement and design of dams, taking into account possible changes in river flow characteristics and the impact of changes in land use and climate scenarios using the SCS-Curve Number method for modeling river flows.

Expected Results
► 3 (three) articles or reviews will be published in a peer-reviewed scientific journal indexed in the Science Citation Index Expanded of the Web of Science database and / or having a CiteScore percentile in the Scopus database of at least 35 (thirty five). 2 (one) article or review will be published in a peer-reviewed foreign or domestic edition recommended by COXON.
► 1 (one) utility model patent will be obtained
► 1 (one) copyright will be obtained from the Kazakhstan Patent Office.

Achieved Results
In the process…