... region identification Cable resistance measurement Electric contacts Electric current Electric current in long cables/wires generally flows along the conductor axis and is thus normal to its cross section. In the measuring equipment, however, entry and exit points for current are usually...

... particular scattered current components because such procedure influence on value of the active power P (Figure 3(c)). © Emerald Group Publishing Limited 2012 Power theory Current physical components Reactive power compensation Current formatting Electric current Electricity...

... transformers and presents results of research into new constructional solutions of combined transformer. © Emerald Group Publishing Limited 2012 Transformers Voltage Electric current Voltage transformer Open core Field‐circuit method Combined transformer Voltage error Phase displacement...

... are almost the same as those using tetrahedral elements. The calculation time using prismatic elements is shorter than that using tetrahedral elements. Equation 1 Equation 2 Equation 3 Equation 4 Electric motors Eddy currents Torque Electric current...

... Electric current Electric fields Distribution Modelling Powerline communications Full‐wave theory Method of moments Wall structure Frequency domain Green's functions Electromagnetic compatibility (EMC) is an important issue for the operation of indoor Powerline Communications (PLC...

... connected exciting currents. © Emerald Group Publishing Limited 2011 Boundary integral equation Double layer charge Multiply connected problem Nonlinear magnetostatic analysis Scalar potential Integral equations Electric current The magnetostatic analysis by the boundary integral...

... possible external circuits are connected as well (Brančík, 2008b). © Emerald Group Publishing Limited 2011 Circuits Voltage Electric current In this approach, we consider the nonuniform MTL's telegraphic equations (1), but in a compact matrix form (Paul, 2008 , Baum, 1996, 2001...

... conductive paths for electric current and heat flows within the layered structure. There has been very little work into investigating the transport properties of commercial CFCs panels (Kulkarni and Brady, 1997) with most studies focused on unidirectional laminates (Rolfes and Hammerschmidt, 1995 ; Kulkarni...

... have been measured as well with an open circuit test (Podlogar et al., 2010). Copper Electric current Finite element analysis Welding Transformers Resistance spot welding (RSW) system is one of the most widely used, inexpensive and efficient material joining processes...

... can be contacted at: rashtchi@znu.ac.ir © Emerald Group Publishing Limited 2011 Transformers Optimization techniques Programming and algorithm theory Electric current Phase (electric) Systems and control theory On the basis of these definitions, 1,000/1‐5P20 denotes a CT...

... the computing time. © Emerald Group Publishing Limited 2011 Electric current Fault currents Electric power transmission For designing the high voltage AC power transmission lines, an accurate evaluation of the distribution of phase‐to‐ground fault currents between ground wires and ground...

..., their real dimension and their own resistivity. © Emerald Group Publishing Limited 2010 Electromagnetism Electric current Magnetism Flux density Acute effects due to electromagnetic (EM) fields are largely documented and studied. In order to protect people by EM emissions...

... motors Electric current Numerical analysis The current density distribution in the rotor bars of a squirrel cage induction motor is not uniform and it depends on the actual bar current frequency (Alger, 1970 ; Schuisky, 1967). This effect is known as “skin effect” and it leads to an increase...

... . © Emerald Group Publishing Limited 2010 Generators Windings Electric current Wind power One of the most commonly used types of machines in present day wind power generation is the doubly‐fed induction generator (DFIG). In combination with power electronics in the rotor circuit...

... of exponentially, as traditional mesh‐based methods. Nevertheless, some issues like the application of the method to non‐rectangular domains in high dimensions are an open research field. © Emerald Group Publishing Limited 2010 Modelling Computer applications Electric current Electromagnetism...

.... The resulting parameters of the distributions might be used for bearing damage risk estimation, especially in the case of comparative analysis. © Emerald Group Publishing Limited 2010 Electromagnetism Bearings Electric current Electric discharges i_B=bearing...

... are necessary. Originality/value The substantial impact of saturation on the stead‐state torque characteristics of IM, determined for the constant stator current and the constant d‐axis stator current, is determined analytically and numerically. Modelling Electromagnetic induction Torque Electric...

...‐gate structure SID can also apply the termination only ignored through the gate electrode etching (Wang et al., 2004). Static loading Induction Transistors Electric current Static induction transistor (SIT) for its high‐operating frequency and high‐power application has...

... Limited 2010 Breakdown voltage Electric current Voltage Stability (control theory) Silicon carbide (SiC) is a very attractive material for high voltage, high temperature, and high power applications due to its wide bandgap, high breakdown field, and high thermal conductivity. Bipolar...

... of the swarm leader. 4. Actualisation of speed vector of each particle: Equation 10 5. Actualisation of position vector of each particle: Equation 11 where: © Emerald Group Publishing Limited 2010 Electric motors Control systems Simulation Electric current Comparison...