Abstract

The research was carried out within the framework of the grant financing project of the Republic of Kazakhstan for the years of 2018-2020 “Transport facilities, farm machinery, oil and gas equipment, and mining and metallurgical equipment. Applied research” in the field of АР 05131236 “Modernization of mining and metallurgical equipment with the use of innovative materials and drive arrangement”.

Highlights

  • The current stage of industrial revolution 4.0 is characterized by a wide use of innovative structural materials providing durability of technical products, simplification of their production methods, and cost saving

  • Technological capability and expediency of the polymer concrete use to manufacture transfer cases operating under heavy conditions have been identified

  • The abovementioned is required for the development of efficient method to manufacture transfer case components

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Summary

Introduction

The current stage of industrial revolution 4.0 is characterized by a wide use of innovative structural materials providing durability of technical products, simplification of their production methods, and cost saving. Polymer concrete, being one of the most promising materials, is rather popular in the construction industry [5]-[8]. The material is characterized by high strength, processibillity, and resistance to corrosive media. The world practices have no information concerning the material use in machine-building industry. That is why the Department of Production Machines and Equipment of Satbayev Kazakh National Technical University (Satbayev University) carried out research to develop a method for the production of polymer-concrete transfer cases for machines operating at the enterprises of mining and metallurgical complex. The facilities act under such heavy conditions as corrosive medium, high or low temperatures, dustiness, and watering inclusive of other factors impacting durability of their transfer cases

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