The higher failure rate of the rectifier unit severely affects the reliability of the more electric
aircraft (MEA). In order to provide an insight into the electrical and magneto-thermal …

Parameter design is the premise to ensure the optimal performance of power electronic
converters, which depends on the accuracy of the established model. However, there are …

摘要城轨牵引供电系统实际运行涉及电, 磁, 热, 力等多物理域耦合作用, 以及多时间,
空间尺度变化过程. 然而, 传统建模仿真方法尺度分离, 机理单一, 难以对系统的多尺度和多物理 …

There are multiscale coupling relationships during the operation of dc/dc converters, where
the macroscale is the overall working principle of the circuit and the microscale is the device …

A robust optimal synchronization control method based on coupling dynamics model of the
H-type motion platform is proposed for the problem that the H-type motion platform driven …

The actual operation of urban rail traction power supply system involves the energy change
process under various time scales, such as low frequency, high frequency and …

The insulated-gate bipolar transistor (IGBT) is the most important part of a power converter.
The heat generated during operation will cause the junction temperature of the IGBT to rise …

Power devices are one of the weak links in power electronic systems, and their failure has
obvious multi-scale characteristics. It is of great significance to build a transient model that …

Purpose This paper aims to propose a novel multiple transient modeling scheme for the 12-
pulse phase-shifting reactor (PSR) rectifier to enhance the efficiency of full-cycle design …

As more and more distributed energy resources accessing in a micro-grid, the
electromagnetic transient simulation of the whole system becomes extremely complicated …