- •Исследовательская работа
- •Раздел III составила с. М. Стенникова, разделы IV и V м. М. Прилуцкая.
- •Section III nstu schools of thought (continued) Resource-Saving and High Technologies in Electrical Engineering
- •Main Areas of Research
- •Main Lines of Training
- •Social Philosophy
- •Leader of the School
- •History of the School
- •Main Lines of Training
- •Major Research Results
- •Fractal Structures and Dynamic Systems
- •Leader of the School
- •History of the School
- •Main Areas of Research
- •Main Areas of Research
- •Main Lines of Training
- •Major Research Results
- •Statistical methods of digital signal and image processing
- •Leader of the school
- •History of the School
- •Main Areas of Research
- •Main Lines of Training
- •Major Results of Research
- •Power Electronics
- •History of the School
- •Main Areas of Research
- •Main Lines of Training
- •Major Results of Research
- •Increasing Ecological Compatibility, Effectiveness and Operational Reliability of Power System Units
- •History of the School
- •Main Areas of Research
- •Main Lines of Training
- •Major Results of Research
- •Leaders of the School
- •History of the School
- •Main Areas of Research
- •Main Lines of Training
- •Major Results of Research
- •Main Areas of Research
- •Main Lines of Training
- •Major Results of Research
- •Prepared composite fuel
- •Areas of application
- •Advantages
- •Vibroprotective platform
- •Cad system for metal cutting charts
- •Technology for manufacturing nanostructures and Si/CaF2/Si devices by the mbe method
- •Electromechanical motor car steering booster
- •Multifunctional device for reflexotherapy
- •Section IV
- •International Scientific Contacts
- •Ieee Vision and Mission
- •Mission
- •Field of Interest
- •Mission Statement
- •What is imacs
- •About siam 2003
- •Individual Members
- •Visiting Lecturer Program
- •Conferences
- •A short overview of the german academic exchange service (daad) Stefan Lange
- •The daad is
- •The daad funds
- •Vocabulary notes eu European Union
- •Section V
- •Comprehension check
- •Some Key Educational Terms Degrees (uk Universities)
- •Higher Degrees
- •Master's degree
- •Doctorate
- •Review Questions
- •Answer the following review questions
- •Contents
Major Results of Research
Mathematical models and a set of computer programs for the calculation of steady-state and transient processes in electric power networks have been developed. They make it possible to simulate normal and emergency conditions and develop facilities to control electromagnetic disturbances.
A theory of electrical breakdowns in gaseous and liquid dielectrics has been worked out.
Methods of calculation and design of grounding systems of increased durability with extended natural and man-made steel components have been elaborated. A set of operation control procedures has been developed and efficient methods to modernise grounding conductors of operating electrical installations have been proposed.
Methods of electromagnetic fields calculation of air and underwater cable high-voltage lines have been proposed, They make it possible to design underwater cables and plan crossings of power transmission lines with water obstacles with a minimum disturbance of the water environment.
New theories and equipment for resistive grounding of the neutral of high- voltage power networks and for decreasing overvoltage by means of active resistors and oxide-zinc varistors have been developed.
Procedures of analogue and digital information transmission via high-voltage power cables have been elaborated and their main performance characteristics have been calculated.
Based on these investigations, changes and amendments to the Rules of electrical installation design and procedures of power system operation control have been made. Much effort has been directed towards introducing the developments of the school into power engineering practice.
Non-Conventional Structure Electric Machines
V. M. Kazansky O. N. Vesselovsky V. V. Zhulovyan
Department of Theoretical Electrical Engineering,
Department of General Electrical Engineering,
Department of Electromechanics
Leaders of the School
Prof. V. M. Kazansky, D. Sc. (Eng.); Honoured Scientist of the Russian federation; author of over 220 printed papers, among them 2 monographs, 6 handbooks; holder of more than 70 patents and inventor’s certificates. Prof. V. M. Kazansky has supervised research of 5 doctors and 28 candidates of science in engineering and is a member of a specialised Board conferring the Doctor of Science degree.
Prof. O. N. Vesselovsky, D. Sc. (Eng.), Member of the Academy of Electrical Engineering; Honoured Worker of Higher Professional Education of the Russian Federation; Honorary Worker of NSTU; author of over 130 printed papers, 8 monographs and handbooks included. Prof. O. N. Vesselovsky has supervised research of 2 postdoctoral and 13 doctoral students who successfully defended their theses. He is a member of a specialised Board conferring the Candidate of Science degree.
Prof. V. V. Zhulovyan, D. Sc. (Eng.), author of more than 170 printed papers including 2 handbooks; holder of 87 patents and inventor’s certificates. Prof. V. V. Zhulovyan has prepared 1 doctor and 12 candidates of science in engineering and is a member of a specialised Board conferring the Doctor of Science degree.
Prof. A. I. Inkin, D. Sc. (Eng.), head of theoretical electrical engineering department; author of over 100 papers, holder of 15 inventor’s certificates He has supervised research of 4 doctoral students who successfully defended their theses. Prof. A. I. Inkin is a member of a specialised Board conferring the Doctor of Science degree.