With the rapid advancement of the 5 G era and the extensive utilization of electronic devices,
the challenges faced by flexible base shielding materials with respect to electromagnetic …

Optimal transformer design (TD) is a complex multi-modal, multi-objective, mixed-variable
and non-linear problem. This paper discusses the application of Covariance Matrix …

Transformers are essential components in the power system, and their failure can create
massive disruptions in the distribution of power supply. Due to the high failure rate of …

In this paper, an integrated, three-dimensional, finite element package for the analysis and
design of power transformers is developed, requiring no prior user experience in numerical …

Much of the cost of manufacturing transformers is related to the complexity in the
development of its project, which involves many variables, such as different types of …

In this paper two crucial variables, namely type of winding material and number of core
steps, have been proposed to minimize the purchase cost, total mass, loss, and life time cost …

Transformers are crucial components in power systems. Due to market globalization, power
transformer manufacturers are facing an increasingly competitive environment that …

A systematic analysis of the use of slots to reduce stray losses in the horizontal plates of the
T-beams in shell-form power transformers is presented. In the paper, the horizontal plate of T …

The first step in the transformer design process is to find the active part's key design
parameters. This is a non-linear mathematical optimisation task, which becomes more …

Manufacturers reduce stray losses in transformers by using magnetic shunts. These losses
may cause hot spots in metallic structural parts of transformers such as the tank wall and …