Dynamic identification of asynchronous motors

Dynamic identification of asynchronous motors

book type
0 Review(s) 
LF/862941316/R
Russian
In stock
грн95.00
грн85.50 Save 10%

  Instant download 

after payment (24/7)

  Wide range of formats 

(for all gadgets)

  Full book 

(including for Apple and Android)

The book "Dynamic identification of asynchronous electric motors", written by a team of authors, represents an important contribution to the field of electrical engineering and automation. This publication will become an indispensable assistant for students, graduate students, engineers and anyone interested in modern technologies in the field of electric motor control. It examines in detail the methods and approaches to the dynamic identification of asynchronous electric motors, which makes it relevant for specialists working in the field of development and operation of electric machines. The main theme of the book is the study of asynchronous electric motors, which are the main components of many industrial systems. The authors offer readers an in-depth analysis of the dynamic processes occurring in these devices, and describe methods for their identification, which allows you to optimize management and improve performance. The book discusses both theoretical aspects and practical examples, which makes the material accessible and understandable to a wide audience. The book will be of interest not only to specialists in the field of electrical engineering, but also to students of technical universities who study electrical machines and automation systems. It can also be useful to engineers involved in the design and maintenance of electric motors, as well as to anyone who wants to deepen their knowledge in this area. Readers interested in modern methods of management and diagnostics will find in this book many useful ideas and solutions. The topics raised in the book cover a wide range of issues, including mathematical modeling techniques, identification and diagnostic algorithms, and the application of modern technologies to improve the reliability and efficiency of asynchronous electric motors. The authors emphasize the importance of dynamic identification, which allows not only to improve performance, but also to extend the service life of equipment. These aspects make the book especially valuable for those who seek to introduce innovative solutions into their practice. The style of presentation of the authors is clear and logical, which allows the reader to easily assimilate complex concepts. Each chapter of the book contains theoretical foundations, supported by practical examples and tasks, which contributes to a deep understanding of the material. The team of authors includes experienced specialists and scientists, which guarantees high quality of the presented material . If you are interested in books such as "Electric Machines" B. and . Kuznetsova or "Fundamentals of Electrical Engineering" A. N. Shiryaeva, “Dynamic identification of asynchronous electric motors” will be a great addition to your library It will not only expand your knowledge, but also help in the practical application of the knowledge gained . Thus, “Dynamic identification of asynchronous electric motors” is not just a textbook, but a real find for everyone who wants to be one step ahead in the rapidly developing world of technology. This book will be your reliable companion in the study and practical application of methods of identification of asynchronous electric motors, opening up new horizons in the field of electrical engineering and automation. Do not miss the opportunity to get acquainted with this fascinating and useful publication!
LF/862941316/R

Data sheet

Name of the Author
Collective of authors
Language
Russian

Reviews

Write your review

Dynamic identification of asynchronous motors

The book "Dynamic identification of asynchronous electric motors", written by a team of authors, represents an important contribution to the field of electrical...

Write your review

11 books by the same author:

Products from this category: