Зайченко С.В.

Зайченко С.В.

об автореоб автореоб авторе
Posted on

Engineering methods of ensuring the quality of electromechanical systems

Work curriculum

“Engineering methods of ensuring the quality of electromechanical systems” for students of specialty 141 – Electricity, electrical engineering and electromechanics.

The main sections and topics of lecture notes:

Introduction. Appointment of discipline. discipline structure. its connection with other disciplines of the curriculum. features of discipline quality of products and consumer protection.

The quality of electromechanical systems

Classification of product quality indicators. Quality system. metrological quality assurance at the stages of development, manufacture and operation. Principles of product quality assurance. Principles of product quality management.

Interconnection of metrology, standardization, interchangeability and quality

Interconnection of metrology, standardization, interchangeability and quality. A brief historical essay on the development of metrology. A brief historical essay on the development of standardization. Scientific and methodological bases of standardization activity. International standardization organizations. short historical essay on the development of interchangeability.

Accuracy and error of manufacturing of electromechanical systems

Accuracy of parts. Causes of errors in the manufacture of electromechanical systems. Nominal size. Actual size. Limit size of the part. Admission Field of admission. Landing. Clearance. Tension Landing permit.

Construction of admission and landing systems. the only system of tolerances and plantings of smooth joints

The concepts of tolerance and landing systems and their purpose. Basic provisions of a single system of tolerances and landings (ESDP) of smooth connections

Fundamentals of the choice of accuracy in the design of electromechanical systems

Accuracy of products and their competitiveness. Select a system of landing. Selection of landings in machine connections. Choice and substantiation of qualities of accuracy of sizes. Selection of not specified limit deviations.

Fundamentals of Metrology and Technical Measurement

Influence of errors of measurements on results of control. Interconnection of the error of manufacturing parts, tolerances and errors measurement Metrology and other branches of science and technology.

Posted on

Systems of technical diagnostics

Work program for the loan module

Purpose and tasks of the credit module
2.1. The purpose of the credit module is to obtain the students basic knowledge in the field of general concepts of technical diagnostics, areas of its application, capabilities and features of the construction of modern diagnostic systems.

2.2.The main tasks of the discipline. with the requirements of the educational-professional program, students after the acquisition of the academic discipline should demonstrate the following learning outcomes: knowledge:

main directions and methods of technical diagnostics, areas of their application and features of use; Know the basic diagnostic parameters and methods of their control
to conduct the production process and to organize work on maintenance and control of the work of electrical engineering systems.
be able to use the basic concepts of technical diagnostics, to set tasks and to form a mathematical model of an object; be able to determine the conditions for conducting measurements of diagnostic parameters
Organization of work on servicing and technical diagnostics of electromechanical systems
Fundamentals of theories and types of technical diagnostics
Parameters of diagnostics of electromechanical equipment
Measurement of diagnostic parameters
Designing hardware diagnostic tools
Justification of the choice of method and means of technical diagnostics of electromechanical equipment
Methods and technical means of diagnosing electrical machines
Methods and technical means of diagnosing hydraulic drives.
to orient in the main tendencies of development of diagnostic systems, modern methods of reception and processing of information.

Posted on

Transport and lifting machines of subways and city sub-structures

Work program for the credit module

The program of study discipline “Transport and lifting machines of subways and city sub-structures” is compiled according to the educational-professional program of preparation of the master’s degree in specialty 141 – Power engineering, electrical engineering and electromechanics of the specialty Electromechanical and Mechatronic systems of energy-intensive industries.

 

The cycle, which belongs to the discipline of free choice of higher education.

Subject of discipline: Transport and lifting machines, which go to the complex of mechanization of mining and construction works.

Interdisciplinary connections:

The discipline “Transportation and lifting machines of mining enterprises, enterprises of underground structures and underground construction” refers to the cycle of free choice of higher educational institutions and is based on knowledge of the main sections of disciplines: higher mathematics, general physics, theoretical mechanics, applied mechanics, machines and equipment of geotechnical productions and others in volumes corresponding to the requirements of the chosen profession.

The discipline sets the foundation for the graduation design.

Purpose and tasks of the credit module
2.1. The purpose of the credit module is the complex of knowledge about the destination, the scope of application, the classification of constructions of lifting-transport vehicles, as well as the development of a student of engineering thinking in terms of studying and improving modern methods, rules and norms of calculation and design of lifting vehicles for various types of static and dynamic load.

2.2.The main tasks of the discipline. ………………………………………………………… ..

According to the requirements of the educational-professional program students after the acquisition of the academic discipline should demonstrate the following learning outcomes:

knowledge:

on the components of the system of transportation of minerals and wild rocks in the geotechnical production,
about the main processes and organization of transport at the enterprise,
classification of particular types of transport,
skill:

to justify, calculate and choose the mode of transport and capacity of vehicles, their loading, modes of operation, to organize their effective operation,
to calculate their parameters, diagrams of forces and moments, static and dynamic characteristics,
to organize repairs, adjustment and control of the means of transport,
to evaluate engineering-geological conditions of construction,
outline volumetric planning schemes of works,
to substantiate and choose materials, constructions, methods and technologies of construction, means of mechanization of works and transportation.
experience:

Determination of the main parameters of transport and lifting machines
Installation of the main output data when calculating the main parameters of transport and lifting machines
Experimental determination of parameters of transport and lifting machines

Posted on

Transport of oil and gas

WORK PROGRAM CREDIT MODULE

The purpose of studying the discipline “Transport of oil and gas” is to get students:
– knowledge of the main technological processes in the collection, transport and storage of hydrocarbons;
 knowledge of the main structural solutions for the transport of oil, gas and oil products used in the oil and gas sectors;
– knowledge of the basics of the theory of calculation and operation of cathodic protection of main pipelines, bases of calculation for strength, stability and durability of structural elements;
 skills of design calculations of design and feasibility studies for the effectiveness of the choice of transportation scheme for oil products;
The objectives of the course are to study:
– composition and physical and chemical properties of oil, gas, petroleum products;
– technological processes of transportation of petroleum products;
– complications during operation of the considered systems;
– methods of calculation and operation of gas pipelines;
– objects of storage and distribution of oil, gas and petroleum products.

Posted on

Basics of the scientific research

WORKING PROGRAM OF CREDIT MODULE

Basics of the scientific research

The program of the discipline “Fundamentals of scientific research” is compiled in accordance with the educational and professional program of preparation of the master’s degree in specialty 141 – Power engineering, electrical engineering and electromechanics specialty Electromechanical and mechatronic systems of energy-intensive industries.

 

The cycle, which includes the general discipline discipline, namely the research component of the student’s choice.

Subject discipline: the organizational foundations of scientific research.

Interdisciplinary connections:

Discipline “Fundamentals of scientific research” refers to the cycle of general training, namely the research component of the choice of the student and is based on knowledge of the main sections of disciplines: higher mathematics, general physics, theoretical mechanics, applied mechanics, machinery and equipment geotechnical industries and others in volumes , which meet the requirements of the chosen profession.

The discipline sets the foundation for the graduation design.

 

The purpose and tasks of the discipline
1.1. The purpose of the discipline is to cover the theoretical foundations of research activities, the technology of organizing the research activities of students as well as the provision of methodological recommendations for the implementation of various types of scientific works.

1.2.The main tasks of the discipline

According to the requirements of the educational-professional program students after the acquisition of the academic discipline should demonstrate the following learning outcomes:

knowledge:

– organization, production, conduct and synthesis of research results;

– technologies of scientific research;

– places of science and research in the modern world;

– categorically-conceptual apparatus of the course;

– history of the formation of sciences by their system and classification;

– types of scientific works;

– information retrieval and design of the results of scientific research.

skill:

ability to work with literary sources, formation of a list of literature;
set the goal, outline the research task;
to define object, object, hypothesis,
to carry out a theoretical analysis of research results, their compilation and the design of scientific work.
experience:

work independently, determine the sequence and stages of conducting research work;
it is grounded to determine the scientific problem or scientific direction, develop the skills of in-depth study of the problem under investigation.