... Emerald Publishing Limited 2018 Emerald Publishing Limited Licensed re-use rights only Electric machines Electromechanical devices Electrical circuits NU HEML Circuit model HEML Coilguns Electromagnetic launching Electromagnetic launchers (EMLs) have many advantages compared...

... Optimal design Applied electromagnetics Microstructures Actuators Electromechanical devices Micro-electromechanical systems (MEMS) Programmable resonators Piezoelectric Synthetic metamaterials THz modulators Metamaterials are synthetically tailored complex media (Solymar and Shamonina...

...Corentin Dumont de Chassart; Maxence Van Beneden; Virginie Kluyskens; Bruno Dehez Purpose – Optimizing an electromechanical device often requires a significant number of evaluations of the winding inductance. In order to reduce drastically the computing costs associated with the calculation...

... of FEM, block-MOR is presented, in which the whole domain is subdivided into N-blocks. As a result computational cost for MOR can be reduced. Finite element method 3D FEM Electromechanical devices Model order reduction (MOR) Block-MOR Vibration energy harvester The finite element method...

... modelling Computer simulation Non-linear analysis Electromechanical devices Coupled field-circuit Discharge The first device to implement the concept of electromagnetic acceleration was successfully completed in 1920. This construction was termed “the electric cannon” (Schaaf and Audeh, 1989...

... potential Electromechanical devices The numerical modeling of moving electromechanical devices subjected to eddy current force is time intensive. This is because the eddy current model has to account for the constant spatial motion of the source field and this can be particularly difficult when...

..., whereas the strategy based on two kriging surrogate models and forward performance prediction offers more reliable information about the shape of the objective function. Both algorithms will be implemented in practical design of electromagnetic and electromechanical devices. Equation 1...

... Limited 2011 Actuators Finite element analysis Computer aided design Electromechanical devices Force measurement Linear motion Currently, a strong trend towards the adoption of linear actuators, in both low‐ and high‐speed mass transit applications, has been occurring. Different...

... in hybrid or electric cars. © Emerald Group Publishing Limited 2011 Mass production Cost effectiveness Electromechanical devices Electric power Electric motors Vehicle components Some example of flux distribution and saturation for one rotor position and nominal current is shown...

... 2010 MEMS Voltage Finite element analysis Electromechanical devices Since several years, there has been a tremendous interest in microelectromechanical systems (MEMS) technology. Electrostatic actuation taking advantage of the integrated circuits fabrication technology knows...

... to the design of electromechanical devices. © Emerald Group Publishing Limited 2009 Exploiting the same affine mapping as MM, the response and parameter mapping (RPM) is proposed in Crevecoeur et al. (2008) . Compared to MM, the RPM algorithm introduces an additional affine input mapping...

... Electromagnetism Computer software Electromechanical devices There is an increasing interest and public concern about electromagnetic radiation, in general, and in extremely low frequency magnetic fields (ELF) in particular. This is due to the reported possible carcinogenicity action of these fields...

... Equation 3 Equation 4 Figure 1 Accelerometer – MEMS Sławomir Wiak can be contacted at: wiakslaw@p.lodz.pl © Emerald Group Publishing Limited 2006 Numerical analysis Modelling Electromechanical devices Microelectromechanical systems (MEMS...

... such as the Helmholtz free energy or the Gibbs' free energy. Refer Maugin (1999) and Ikeda (1990) for more details. Finite element analysis Differential equations Electromechanical devices While electrical engineers often focus on the electrical aspects of engineering problems, many real‐life...