Mechanical components mainly work under time-varying operating conditions, causing
considerable complexity and variability to degradation signals and making it difficult to …

Modern engineering products usually have complex structures and different functions, which
means that products may have multiple degradation failure mechanisms. At present, the …

The health state estimation and remaining useful life prediction have always been
challenging when a mechanical system works under time-varying operating conditions …

Electronic devices are integral part of our life and modeling their lifetime is the most
challenging and interesting field in reliability analysis. To investigate the failure behavior of …

This study deals with the reliability analysis of electronic devices under different voltages
assuming modified beta generalized Weibull distribution using power law rule. The …

Today electronic devices require a power supply without any variation or disturbance.
Nevertheless, electrical variations presented in power lines are more frequent and powerful …

Aiming at the problem that the traditional reliability models of mechanical products are used
to predict the reliability of hydraulic automatic transmission and the expected result is …

Light-emitting diodes (LEDs) offer energy-efficient lighting and are widely adopted.
However, LED drivers that regulate power can fail when subjected to voltage disturbances …

Nowadays, the quality of electronic devices is subjected to many variables such as
electrical, thermal, mechanical and environmental factors. Voltage variation induced by …

Rapid expansion of utilization of solar thermal energy for increasing energy efficiency of
buildings has been adopted in short/medium and long-term energy strategies of EU …