My work will not inform you only about the issue of magnetic field, but also with the design complications and their solutions in the design of electrical machine. In the introductory chapter,I tried to give the most accurate theory of magnetic fields, because to understand that episodes of physical design of the machine is our alpha and omega. Given that the magnetism is nowadays still such alchemiou. The second chapter deals with analysis and design of construction machinery, rotor, stator, as proposed winding, current drive and also shows the results of the FEMM, where I simulate the synchronous machine. Results of the calculations in FEMM, I have recalculate for my own
Some new techniques in the analysis and design of electric machines are discussed, namely: the time-...
Synchronous generators are of two type’s salient pole type and round rotor type. The load angl...
Three-phase synchronous generators which convert mechanical energy into electrical energy are the m...
My work will not inform you only with the issue of magnetic field, but also with design complication...
The study of the electromagnetic case is important in electric machine, especially in the field of d...
A synchronous machine is an AC machine whose speed under steady-state conditions is proportional to ...
The generators of classical design ‒ with a cylindrical stator and rotor ‒ are of interest. This is ...
The Magnetic Field Analysis Project of Synchronous Machine deals with program for magnetic field ana...
The finite element method has been used to analyze three topologies of iron-powder electrically magn...
The finite element method has been used to analyse three topologies of iron-powder electrically magn...
This work deals with a proposal and an analysis of electromagnets. The first chapter is an introduct...
This work deals with calculation and design of synchronous salient pole generator and then the trans...
Characteristics of synchronous machines with permanent magnets depend among others on geometric layo...
This thesis deals with simulation’s possibilities of the electromagnetic fields in electrical machin...
AC Synchronous Motors range in size from sub-fractional horsepower to over 10,000 horsepower. Smalle...
Some new techniques in the analysis and design of electric machines are discussed, namely: the time-...
Synchronous generators are of two type’s salient pole type and round rotor type. The load angl...
Three-phase synchronous generators which convert mechanical energy into electrical energy are the m...
My work will not inform you only with the issue of magnetic field, but also with design complication...
The study of the electromagnetic case is important in electric machine, especially in the field of d...
A synchronous machine is an AC machine whose speed under steady-state conditions is proportional to ...
The generators of classical design ‒ with a cylindrical stator and rotor ‒ are of interest. This is ...
The Magnetic Field Analysis Project of Synchronous Machine deals with program for magnetic field ana...
The finite element method has been used to analyze three topologies of iron-powder electrically magn...
The finite element method has been used to analyse three topologies of iron-powder electrically magn...
This work deals with a proposal and an analysis of electromagnets. The first chapter is an introduct...
This work deals with calculation and design of synchronous salient pole generator and then the trans...
Characteristics of synchronous machines with permanent magnets depend among others on geometric layo...
This thesis deals with simulation’s possibilities of the electromagnetic fields in electrical machin...
AC Synchronous Motors range in size from sub-fractional horsepower to over 10,000 horsepower. Smalle...
Some new techniques in the analysis and design of electric machines are discussed, namely: the time-...
Synchronous generators are of two type’s salient pole type and round rotor type. The load angl...
Three-phase synchronous generators which convert mechanical energy into electrical energy are the m...