The aim of the course project is to develop a computer system based on the method of higher harmonics for the control of titanium samples. Titanium, its alloys and titanium products. At the beginning of the course project were presented theoretical materials with basic information about the methods, goals and objectives of structuroscopy and its areas of application.
This master's dissertation consists of an introduction, 4 chapters, conclusions, list of references and appendices. The total volume of the work was 130 pages, contains 64 illustrations and 24 tables. Processed 54 sources of literature.
As a result of work on the master's dissertation the functional scheme and optical tract of thermal imaging system with multispectral image fusion were developed, 3 full-fledged programs were designed and the neural network was trained. A startup project was also developed to analyze the possible commercial use of the designed system.
The master's dissertation consists of list of notations, an introduction and 5 sections, a conclusions and a list of references. The total volume is 110 pages, with 42 illustrations, 26 tables and 28 references.
This topic is relevant because the need for automation is growing rapidly in various industries. With the development of new technologies and computer technology, it has become possible to solve many issues in the field of automation and optimization of certain processes, which began to be performed much faster and better.
The master's dissertation consists of six sections, 111 pages, contains 40 illustrations, 21 sources were processed.
Relevance of the topic: ultrasonic methods of non-destructive testing have become widespread in metallurgy, mechanical engineering, construction, assessment of the quality of welds and the condition of operating materials and structural elements. Ultrasound does not destroy or damage the sample and is characterized by high speed and reliability of the study in the absence of danger to humans. Timely control helps to identify defective products in the early stages of production, to establish the suitability for operation of existing structural elements and to prevent accidents. Therefore, the improvement of qualitative and quantitative indicators of control by ultrasonic methods is an urgent area of development of non-destructive testing.
To date, many welded structures have been widely used in many industries. The advantages of this method of bonding various metal structures are the savings of metal, cost reduction, speed of operation and strengthening the structure as a whole. Failure to provide the required quality of welded joints can lead to the destruction of such objects, so controlling them for defects is an urgent task nowadays. In a master's thesis, this problem is solved by developing an ultrasonic automated system for the control of welded joints.
