In this paper, a computer program was developed in C++ language to determine the parameters of the magnetic circuit of a three-phase power transformer. A typical case study was used to demonstrate the effectiveness of the program. The program was developed using the mathematical models derived for the parameters to be determined, Apart from being flexible and speedy, the program removed the drudgery involved in the design and demonstrated the usefulness of software as both a teaching and research aid. Tables and graphs obtained from the program showed how the design problems were dealt with and how the parameters of the magnetic circuit were determined
This paper presents the development and implementation of a digital simulation model of a three-pha...
This paper based on visual basic software is used to design the various forms of the parameters asso...
A transformer is a device that changes the voltage level of an AC electric power through a magnetic ...
Designing power transformers and magnetic components is well recognized as a highly complicated proc...
This paper presents a menu-driven, easy-to-use computer package which has been tailored at this stag...
This paper presents a program developed for designing three-phase power transformers used in power s...
In this paper, we report the procedure to analyse magnetic circuits and give the linear solutions on...
Design of magnetic components is a multivariable problem. There are many different combinations of ...
In this paper, we present basics of modeling of complex magnetic circuits in electromagnetic devices...
Estimates of temperature, weight, efficiency, regulation, and final dimensions are included in the o...
The paper deals with a proposal of a novel computational method of magnetic field distribution in a ...
Traditionally, magnetic component design has been based on power frequency transform-ers with sinuso...
This paper summarises a reverse method of transformer design where the construction details of the ...
Abstract — The present paper describes an overview of the classical design methodology of three phas...
Purpose. Development a new effective approach for determining the open-circuited transformer paramet...
This paper presents the development and implementation of a digital simulation model of a three-pha...
This paper based on visual basic software is used to design the various forms of the parameters asso...
A transformer is a device that changes the voltage level of an AC electric power through a magnetic ...
Designing power transformers and magnetic components is well recognized as a highly complicated proc...
This paper presents a menu-driven, easy-to-use computer package which has been tailored at this stag...
This paper presents a program developed for designing three-phase power transformers used in power s...
In this paper, we report the procedure to analyse magnetic circuits and give the linear solutions on...
Design of magnetic components is a multivariable problem. There are many different combinations of ...
In this paper, we present basics of modeling of complex magnetic circuits in electromagnetic devices...
Estimates of temperature, weight, efficiency, regulation, and final dimensions are included in the o...
The paper deals with a proposal of a novel computational method of magnetic field distribution in a ...
Traditionally, magnetic component design has been based on power frequency transform-ers with sinuso...
This paper summarises a reverse method of transformer design where the construction details of the ...
Abstract — The present paper describes an overview of the classical design methodology of three phas...
Purpose. Development a new effective approach for determining the open-circuited transformer paramet...
This paper presents the development and implementation of a digital simulation model of a three-pha...
This paper based on visual basic software is used to design the various forms of the parameters asso...
A transformer is a device that changes the voltage level of an AC electric power through a magnetic ...