Design development of permanent magnet excitation transverse flux linear motor with inner mover type

Shuffled Frog Leaping Algorithm for Multi-objective Design Optimization of Transverse Flux Linear Motor

“…The dimensions of the scaled-down model are listed in Table 1. By inspection of these static characteristics, it can be noted that the results of the FEA model are more accurate and close to experimental results [4]. Furthermore, the dynamic response of the FEA model has been also verified by experimental results, where a complete speed control scheme has been done on Downloaded by [ …”

“…The finite element (FE) method is an efficient method for numerical calculation of electromagnetic field distribution. In [4], the FE package based on ANSYS software was used for three-dimensional magnetic field analysis of the TFLM. The results of the FEA model have been verified by experimental results with a scaled-down model of the TFLM.…”

“…The main merits of this type of linear drive are the high power density and efficiency [4]; however, they suffer from high force ripple, large magnetic leakage flux in coils, and easy saturation in the mover pole [5]. Accordingly, design optimization of such motors is continuously needed to satisfy the requirements of industrial applications that include a minimum motor weight for cost saving, a minimum detent force, and a maximum thrust force for greater propulsion.…”

Thermal Analysis of a Novel Cylindrical Transverse-Flux Permanent-Magnet Linear Machine

“…In the past decade, transverse-flux permanent-magnet linear machine (TFPMLM) has been widely employed in the applications of electrical power generation [1][2][3][4][5], magnetic levitation [6,7], electromagnetic launcher [8,9], etc. [10].…”

“…[10]. Many scholars have been dedicated to the analysis, design and optimization of TFPMLM using the approaches of equivalent magnetic circuit network (EMCN) [11,12], finite element method (FEA) [1,2], modern intelligent algorithms [10,13].…”