..., as no oil is present for dielectric insulation or cooling. At designing stage, a transformer thermal model used for predicting temperature rise is fundamental and the modelling of cooling system is particularly important. This paper aims to describe a thermal model used to compute dry transformers...

... Numerical simulation Induction heating Thermal modelling Temperature measurement Infrared thermometry Infrared (IR) pyrometers are widely used in metallurgy, chemical, electronics and biomedical areas. In particular, induction heating is used in many metallurgical processes. It is a conventional...

... in different parts of bus-duct and its Ohmic losses (Imamura et al., 1998). Thermal model of an air insulated HV bus system has been introduced by Del Vecchio (2003) . Also heat dissipation coefficients in the boundary regions have been estimated analytically. Figure 12 a shows a bus system...

... and increase the rate of new bone formation (Funk and Monsees, 2006 ; Zhao, 2009). Finite element modelling Thermal modelling Bioelectromagnetics Body systems and organs Electrostimulation (ES) denotes the application of an electric field (EF) to boost tissue recovery (Simon and Simon, 2008...

... functionality: besides the fluid flow it can transfer heat by propagating temperature along the “temperature wires”. © Emerald Group Publishing Limited 2014 Let us consider a power transformer represented as a simple thermal model (see Figure 1). It consists of a coil submerged in a fluid...

... and optimization of the temperature distribution, a full parameterized thermal model of the stator was created using the finite element method. Now it is possible to calculate the thermal effects of different parameter modifications and additionally we can optimize the heat transfer for the stator with variant...