In this post, we will see the two volume set (out of three) Electrical Machines by A. Ivanov-Smolensky.
About the book
The book is in three volumes as follows.
Volume I: Preface. Introduction. Transformers. A General Theory of Electrical Machines.
Volume II: Classification of Electrical Machines. Mechanical, Hydraulic and Thermal Analysis and Design. Induction Machines. Synchronous Machines.
Volume III: D.C. and Commutator Machines. Transients in Electrical Machines.
The book is intended for college and university students majoring in electrical-machine theory and design. It will also be useful to electrical power engineers.
The subject matter in the text is presented in the sequence
traditionally followed in the Soviet Union. It starts with
transformers, passes on to induction and synchronous
machines, d.c. machines, and concludes with a.c. commutator machines. Separate chapters are devoted to a general
theory of electrical machines, machine design and engineerIng, and transients in electrical machinery.
The electromagnetic processes that take place in electrical
machines are examined from the view-point of electro-
mechanical and mechanoelectrical energy conversion. With
such an approach, it has been possible to extend the mathematics used to both conventional and any other conceivable types of electrical machines.
In addition to electromagnetic processes, consideration
is given to the thermal, aerodynamic, hydraulic and mechanical processes associated with electromechanical and
mechanoelectric energy conversion.
In view of the importance attached to the above accompanying processes, the text discusses general aspects of
machine design and engineering.
Unfortunately we do not have Volume 3, if anyone has access to it, please post links.
The book was translated from Russian by Boris V Kuznetsov and was published in 1982 by Mir Publishers.
Credits to original uploader.
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Add new entries to the detailed book catalog here.
PART 1 TRANSFORMERS
Chapter 1 An Outline of Transformers 7
Chapter 2 Electromagnetic Processes in the Transformer at No-Load 43
Chapter 3 Electromagnetic Processes in the Transformer on
Chapter 4 Transformation of Three-Phase Currents and Voltages 79
Chapter 5 Measurement of Transformer Quantities 99
Chapter 6 Transformer Performance on Load 106
Chapter 7 Tap Changing 113
Chapter 8 Calculation of Transformer Parameters 117
Chapter 9 Relationship Between Transformer Quantities and Dimensions 121
Chapter 10 Multiwinding Transformers. Autotransformers 125
Chapter 11 Transformers in Parallel 138
Chapter 12 Three-Phase Transformers Under Unbalanced Load 145
Chapter 13 Transients in Transformers 164
Chapter 14 Overvoltage Transients in Transformers 171
Chapter 15 Special-Purpose Transformers 177
Chapter 16 Heating and Cooling of Transformers 184
Chapter 17 Transformers of Soviet Manufacture 189
PART 2 A GENERAL THEORY OF ELECTROMECHANICAL ENERGY CONVERSION BY ELECTRICAL MACHINES
Chapter 18 Electromechanical Processes in Electrical Machines 192
Chapter 19 Production of a Periodically Varying Magnetic Field in Electrical Machines 201
Chapter 20 Basic Machine Designs 207
Chapter 21 Conditions for Unidirectional Energy Conversion by Electrical Machines 227
Chapter 22 Windings for A.C. Machines 235
Chapter 23 Calculation of the Magnetic Field in an Electrical Machine 257
Chapter 24 The Mutual Magnetic Field of a Phase Winding and Its Elements 267
Chapter 25 The Mutual Magnetic Field of a Polyphase Winding 288
Chapter 26 The Magnetic Field of a Rotating Field Winding 316
Chapter 27 Flux Linkages of and EMFs Induced by Rotating Fields 323
Chapter 28 The Inductances of Polyphase Windings 341
Chapter 29 The Electromagnetic Torque 357
Chapter 30 Energy Conversion by a Rotating Magnetic Field 372
Chapter 31 Energy Conversion Losses and Efficiency 379
PART 3 CLASSIFICATION OF ELECTRICAL MACHINES. MECHANICAL, HYDRAULIC
AND THERMAL ANALYSIS AND DESIGN
Chapter 32 Basic Construction of Electrical Machines 44
Chapter 33 Construction Types of Electrical Machines 17
Chapter 34 Mechanical Design of Electrical Machines 25
Chapter 35 Thermal Analysis of the Cooling System 32
Chapter 36 Hydraulic Analysis and Design of the Cooling
Chapter 37 The Size of an Electrical Machine 47
PART 4 INDUCTION MACHINES
Chapter 38 A General Outline of Induction Machines 53
Chapter 39 Construction of Induction Machines 57
Chapter 40 Electromagnetic Processes in the Electric and Magnetic Circuits of an Induction Machine at No-Load 64
Chapter 41 Electromagnetic Processes in Induction Machines on Load 73
Chapter 42 Application of Transformer Theory to the Induction Machine 91
Chapter 43 Analytical and Graphical Determination of Electromechanical Characteristics of Induction Machines 103
Chapter 44 Starting of Induction Motors 134
Chapter 45 Steady-State Performance of Induction Motors.
Speed Control 139
Chapter 46 Unbalanced Operation of Induction Machines 155
Chapter 47 Single-Phase Induction Motors 163
Chapter 48 Special-Purpose Induction Machines 179
Chapter 49 Induction Machines for Automatic Control Applications 195
Chapter 50 Practical Induction Motors 207
PART 5 SYNCHRONOUS MACHINES
Chapter 51 A General Outline of Synchronous Machines 210
Chapter 52 Excitation Systems for Synchronous Machines 230
Chapter 53 Electromagnetic Processes in a Synchronous Machine 236
Chapter 54 MMF, Magnetic Field, EMF and Parameters of the
Armature Winding 254
Chapter 55 Electromagnetic Processes in a Synchronous Machine on Load 271
Chapter 56 Energy Conversion by a Synchronous Machine 293
Chapter 57 Characteristics of a Synchronous Generator Supplying an Isolated Load 301
Chapter 58 Parallel Operation of Synchronous Machines 323
Chapter 59 Synchronization Methods 358
Chapter 60 Instability of Synchronous Machines in Parallel Operation 376
Chapter 61 Unbalanced Operation of Synchronous Machines 387
Chapter 62 Synchronous Machines of Soviet Manufacture 405
Chapter 63 Special-Purpose Synchronous Machines 424