Under high-temperature and high-load operational conditions, inadequate ventilation and
suboptimal cooling arrangements within indoor substations result in high oil temperatures …

This paper presents semi-analytical calculations, computational fluid dynamic simulations
and experimental measurements accomplished on a typical 30 MVA power transformer. An …

In this paper, a three-dimensional numerical simulation is used to analyze the performance
of delta-wing vortex generators for enhancing the heat exchange in panel type radiators …

Transformer winding hot‐spot temperature (HST) is one of the important factors affecting
transformer oil–paper insulation deterioration. This study presents a three‐dimensional …

Temperature distribution in the power transformers is investigated in this study under
Geomagnetically Induced Current (GIC) conditions. Thermal stress can significantly reduce …

In this paper, a reduced computational fluid dynamics (CFD) model is proposed for
determining the total heat dissipation and the oil temperature distribution of transformer …

Experimental and numerical studies are reported on radiator–fan assembly, for ONAN (Oil
Natural and Air Natural) and ONAF (Oil Natural and Air Forced) cooling configurations. In …

This study analyzed the conjugate heat transfer and fluid flow of radiators used in a power
transformer to investigate the cooling performance. The flow and temperature distributions …

This work introduces a coupled electromagnetic, thermal and fluid flow analysis of an oil-
natural air-natural distribution transformer in order to study the changes in the heat …

This work introduces an extension of the semi-analytical reduced model presented in Ríos
Rodriguez et al.(2016), with the aim of analyzing the thermo-fluid dynamic behavior of a …