Alireza Alghassi

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Power electronics are increasingly important in new generation vehicles as critical safety mechanical subsystems are being replaced with more electronic components. Hence, it is vital that the health of these power electronic components is monitored for safety and reliability on a platform. The aim of this paper is to develop a prognostic approach for(More)
Power electronics are widely used in the transport and energy sectors. Hence, the reliability of these power electronic components is critical to reducing the maintenance cost of these assets. It is vital that the health of these components is monitored for increasing the safety and availability of a system. The aim of this paper is to develop a prognostic(More)
Within the field of Integrated System Health Management, there is still a lack of technological approaches suitable for the creation of adequate prognostic model for large applications whereby a number of similar or even identical subsystems and components are used. Existing similarity among a number of different systems, which are comprised of similar(More)
Health management and reliability are fundamental aspects of the design and development cycle of power electronic products. This paper presents the prognostic evaluation of a power electronic IGBT module. To achieve this aim, a simple state-based prognostic (SSBP) method has been introduced and applied on the data which was extracted from an aged power(More)
In the past decades power electronics have become more interested devices for underpinning research towards the feasibility of new generation of electrical vehicle (EV) which helping to reduce the reliance on fossil fuels. Power electronic semiconductor devices play an important role in power electronic converter and inverter and rectification systems and(More)
Health management and reliability are fundamental part of the design and development cycle of the power electronic products. This paper presents the study and investigation about the prognostic and health management of power electronic IGBT module. To achieve this aim, a fusion approach has been introduced. In addition, for the physic based part of(More)
Within the field of Integrated System Health Management, ISHM, there is still a lack of adequate prognostic models for critical applications while systems are missioned to work in harsh environments. One of the main challenges is that prognostic models should be adaptive to changes in working conditions so that prediction of the remaining useful life of(More)
Nowadays, it is necessary to train professionals to address today's changing in the labor market and promote the competitive economy. As a result of using an interactive training tool, the sector s competitiveness as well as the staff s qualification would be improved through the promoting learning with Open Educational Resources (OER) and their access to(More)
This research work presents a novel approach that addresses the concept of an adaptive power management system design and development framed in the Prognostics and Health Monitoring(PHM) perspective of an Electrical power Generation and distribution system(EPGS).PHM algorithms were developed to detect the health status of EPGS components which can(More)
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