A reverse design method has been applied to partial core transformers. Three sample transformers were built and then tested under liquid nitrogen (N2) conditions. The measured results were compared to model calculated values and the differences used to modify the reverse design model in order to more accurately determine the calculated equivalent circuit parameters. A fourth transformer was then designed, built and tested. The measured performance of ths transformer confirmed the validity and accuracy of the model, and showed the usefulness of the reverse design approach
Single phase, full-core transformers were fitted with either silicon or amorphous steel cores and im...
There are a number of areas of research for transformers at present which are focussed on reducing t...
An overview of the research and developments into new transformer design, undertaken in the Departme...
This thesis first describes the conventional transformer design method used for design iron-core tr...
This paper gives an overview of the process of designing partial core transformers using a reverse ...
This paper describes a new design for transformers which are the single most important component in ...
This paper gives an overview of the process of designing partial core transformers using a reverse m...
A reverse approach to designing as-built transformers is presented in this paper. The physical chara...
A reverse approach to transformer design is presented in this paper. The physical characteristics an...
Conventional and reverse approaches to transformer design are presented in this paper. The first us...
A partial core transformer has been designed, built and tested for its performance in air and while ...
This thesis first outlines the testing undertaken on a partial core superconducting transformer und...
This paper summarises a reverse method of transformer design where the construction details of the ...
To remove the environmental and safety hazards associated with power transformers, the authors have ...
A high temperature super-conducting transformer (HTST) has been built. It has been designed to opera...
Single phase, full-core transformers were fitted with either silicon or amorphous steel cores and im...
There are a number of areas of research for transformers at present which are focussed on reducing t...
An overview of the research and developments into new transformer design, undertaken in the Departme...
This thesis first describes the conventional transformer design method used for design iron-core tr...
This paper gives an overview of the process of designing partial core transformers using a reverse ...
This paper describes a new design for transformers which are the single most important component in ...
This paper gives an overview of the process of designing partial core transformers using a reverse m...
A reverse approach to designing as-built transformers is presented in this paper. The physical chara...
A reverse approach to transformer design is presented in this paper. The physical characteristics an...
Conventional and reverse approaches to transformer design are presented in this paper. The first us...
A partial core transformer has been designed, built and tested for its performance in air and while ...
This thesis first outlines the testing undertaken on a partial core superconducting transformer und...
This paper summarises a reverse method of transformer design where the construction details of the ...
To remove the environmental and safety hazards associated with power transformers, the authors have ...
A high temperature super-conducting transformer (HTST) has been built. It has been designed to opera...
Single phase, full-core transformers were fitted with either silicon or amorphous steel cores and im...
There are a number of areas of research for transformers at present which are focussed on reducing t...
An overview of the research and developments into new transformer design, undertaken in the Departme...