*BUKAYEVA A.
Caspian University of Technologies
and Engineering named after Sh. Yessenov
Aktau, Kazakhstan
E-mail: amina.bukaeva@yu.edu.kz
HUY-TUAN PHAM
Ho Chi Minh City University
of Technology and Education, Vietnam
*Corresponding author: amina.bukaeva@yu.edu.kz
Abstract. The article is an in-depth analysis of the production process of facing stone from durable rocks, especially granites. He considers not only mining technology, but also the development of new thermal tools used to effectively remove rocks during the processing, grinding and extraction of block stone. Rational methods of processing and extraction of block stone and the design of thermal devices for the destruction of hard rocks during processing and extraction of block stone are described.
The methods and tools used to create such structures are discussed in detail, as well as the improved energy characteristics that make them an effective tool in production. This method helps to improve the overall productivity of the mining process by increasing the more accurate and efficient formation of cracks in rocks and, consequently, increasing the productivity of the block stone mining process. This aspect is especially important in the field of surface stone production, which requires high productivity and precision processing of the material.
In addition, the analysis and developments presented in the article can significantly improve the efficiency of the mining and processing of rocks, which will contribute to the development of the industry and improve the quality of products. As a working body, a mechanized unit of a stone-cutting machine, new designs of thermal tools with high energy characteristics have been developed and manufactured.
Keywords: rock, fuel-air thermal tool, stone-cutting machine, fuel components, performance.
DOI 10.56525/GBVJ2880