AUTOMATED INFORMATION-MEASURING SYSTEM OF STRENGTH TESTING OF PRODUCTS FROM HIGH-ENERGY MATERIALS
The article discusses the features of construction and the results of creating an automated information-measuring system for strength testing of products from high-energy materials. A large role in the process of development, production, debugging and serial production of products from high-energy materials is played by all kinds of strength tests, which make it possible to assess the performance of products and their technical characteristics. Based on the analysis of the processes of production, testing and operation of such products, as well as the capabilities of existing information-measuring systems used in the special chemical industry, the relevance and significance of the development under consideration are shown. The requirements are formulated, the structure for this system is developed. After formulating the requirements for the functional component of the system, based on the analysis of existing hardware solutions, we selected communication and measuring equipment. It was noted that its main part was developed in accordance with these requirements and put into operation. Based on an analysis of the capabilities of the system and the results already obtained, it is argued that the system has improved the quality and efficiency of the work of service personnel and operators both at the preliminary stage (the stage of preparation for measurements) and directly in the measurement process. It was noted that work is ongoing to improve the means and methods of processing and presenting data, operator interfaces, and information technology systems.