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Asynchronous machines = basic calcul...

Asanbayev, Valentin.

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Asynchronous machines = basic calculation elements from field equations /

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Asynchronous machines/ by Valentin Asanbayev.
其他題名:	basic calculation elements from field equations /
作者:	Asanbayev, Valentin.
出版者:	Cham :Springer International Publishing : : 2022.,
面頁冊數:	xviii, 452 p. :ill., digital ;24 cm.
內容註:	Introduction to Theory of Calculating Asynchronous Machines -- Electromechanical Interactions in Asynchronous Machines: Basic Physical Phenomena -- Interconnections of Basic Physical Phenomena: Kirchhoff's Equations -- Rotating Magnetic Field and Electromagnetic Torque: Practical Expressions for Calculating -- Voltage Equations through Space Vectors -- Voltage Equations and Machine Equivalent Circuit: Formation of Fragments -- Air Gap EMF Equations: Self-and Mutual Induction Reactances -- Equivalent Circuits of Machine Design Fragments: "No-Load and Under-Load" Concept -- "No-Load and Under-Load" Concept: Techniques for Implementing -- Machine Equivalent Circuit in Phase System of Units: Techniques for Constructing -- Calculation Elements by Using Resulting Magnetic Field: Phase System of Units -- Calculation Elements in Specific System of Units: Techniques for Determining -- Calculation Elements by Using Resulting Magnetic Field: Specific System of Units -- L-shaped Equivalent Circuits for Machine Design Fragments -- Calculation Elements of Machine with Single-Cage Rotor: "Field" Concept -- Calculation Elements of Machine with Wound Rotor: "Field" Concept.
Contained By:	Springer Nature eBook
標題:	Electric machinery, Induction - Mathematical models. -
電子資源:	https://doi.org/10.1007/978-3-030-92284-9
ISBN:	9783030922849

Asynchronous machines = basic calculation elements from field equations /
Asanbayev, Valentin.

Asynchronous machinesbasic calculation elements from field equations /[electronic resource] :by Valentin Asanbayev. - Cham :Springer International Publishing :2022. - xviii, 452 p. :ill., digital ;24 cm.

Introduction to Theory of Calculating Asynchronous Machines -- Electromechanical Interactions in Asynchronous Machines: Basic Physical Phenomena -- Interconnections of Basic Physical Phenomena: Kirchhoff's Equations -- Rotating Magnetic Field and Electromagnetic Torque: Practical Expressions for Calculating -- Voltage Equations through Space Vectors -- Voltage Equations and Machine Equivalent Circuit: Formation of Fragments -- Air Gap EMF Equations: Self-and Mutual Induction Reactances -- Equivalent Circuits of Machine Design Fragments: "No-Load and Under-Load" Concept -- "No-Load and Under-Load" Concept: Techniques for Implementing -- Machine Equivalent Circuit in Phase System of Units: Techniques for Constructing -- Calculation Elements by Using Resulting Magnetic Field: Phase System of Units -- Calculation Elements in Specific System of Units: Techniques for Determining -- Calculation Elements by Using Resulting Magnetic Field: Specific System of Units -- L-shaped Equivalent Circuits for Machine Design Fragments -- Calculation Elements of Machine with Single-Cage Rotor: "Field" Concept -- Calculation Elements of Machine with Wound Rotor: "Field" Concept.

This book attempts to eliminate the existing "imbalance" between the theory of electric machines and the theory of electromagnetic fields. In order to develop viable methods for engineering calculations, the author applies field equations. The resulting, new methods consist of traditional calculation elements represented in a refined form (circuit-loops, parameters, equivalent circuits and voltage equations). These calculation methods should be effective both for researchers and engineering practitioners, especially, in relation to the modern electric machines, such as powerful turbine generators, large high-speed synchronous motors, etc. Provides conditions for the generalization of the field research results; Expands capabilities of engineering calculation methods; Improves upon the theory of engineering calculations, under the conditions of the Maxwell's equations.

ISBN: 9783030922849

Standard No.: 10.1007/978-3-030-92284-9doiSubjects--Topical Terms:

3603074
Electric machinery, Induction
--Mathematical models.

LC Class. No.: TK2731 / .A73 2022

Dewey Class. No.: 621.3136

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505 0 $a Introduction to Theory of Calculating Asynchronous Machines -- Electromechanical Interactions in Asynchronous Machines: Basic Physical Phenomena -- Interconnections of Basic Physical Phenomena: Kirchhoff's Equations -- Rotating Magnetic Field and Electromagnetic Torque: Practical Expressions for Calculating -- Voltage Equations through Space Vectors -- Voltage Equations and Machine Equivalent Circuit: Formation of Fragments -- Air Gap EMF Equations: Self-and Mutual Induction Reactances -- Equivalent Circuits of Machine Design Fragments: "No-Load and Under-Load" Concept -- "No-Load and Under-Load" Concept: Techniques for Implementing -- Machine Equivalent Circuit in Phase System of Units: Techniques for Constructing -- Calculation Elements by Using Resulting Magnetic Field: Phase System of Units -- Calculation Elements in Specific System of Units: Techniques for Determining -- Calculation Elements by Using Resulting Magnetic Field: Specific System of Units -- L-shaped Equivalent Circuits for Machine Design Fragments -- Calculation Elements of Machine with Single-Cage Rotor: "Field" Concept -- Calculation Elements of Machine with Wound Rotor: "Field" Concept.
520 $a This book attempts to eliminate the existing "imbalance" between the theory of electric machines and the theory of electromagnetic fields. In order to develop viable methods for engineering calculations, the author applies field equations. The resulting, new methods consist of traditional calculation elements represented in a refined form (circuit-loops, parameters, equivalent circuits and voltage equations). These calculation methods should be effective both for researchers and engineering practitioners, especially, in relation to the modern electric machines, such as powerful turbine generators, large high-speed synchronous motors, etc. Provides conditions for the generalization of the field research results; Expands capabilities of engineering calculation methods; Improves upon the theory of engineering calculations, under the conditions of the Maxwell's equations.
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