Storage reliability prediction of electromechanical components based on virtual manufacturing and testing by Yigang Lin, Tao He, Haotong Zhu, Yichen Lin, Qiuying Chen

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Application of Reliability Simulation in Torpedo Products by Douhui WANG, Huan CHEN, Jun GUO, Bin WU

“…Therefore, this article provided the basic content and workflow of reliability simulation and conducted reliability simulation modeling, thermal stress simulation analysis, vibration stress simulation analysis, fault prediction, and reliability evaluation for typical electronic components in a certain torpedo product, so as to obtain weak links in product design, potential fault information, and average first failure time. …”
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Estimation of remaining useful lifetime of power electronic components with machine learning based on mission profile data by Darshankumar Bhat, Stefan Muench, Mike Roellig

“…Reliability of power electronic components is essential to functionality and safety. …”
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Sensitivity to Geometric Detail in Fatigue Simulation of Electronic Components of Vehicles by Zoltán Z. Kovács, Ambrus Zelei

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Assessment of the FIDES Guide 2022 electrical, electronic, and electromechanical reliability prediction methodology by Aishwarya Gaonkar, Rajkumar B. Patil, Diganta Das, Michael H. Azarian, Bhanu Sood, Michael G. Pecht

“…The assessment makes use of the questionnaire in the IEEE Standard 1413, “IEEE Standard Framework for Reliability Prediction of Hardware.” The foundation of FIDES on the erroneous assumption of a constant failure rate for electronics, its omission of critical attributes (e.g., materials and geometry of components), and the subjectivity of certain inputs to the model make it inadequate for producing an accurate prediction.…”
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Assessment of the possibility of machine learning for electronic equipment quality prediction by Anna S. Kolosova, Anna S. Kameneva, Georgii G. Chukov, Alexander Y. Nikiforov

“…The paper provides examples of the successful application of these algorithms to improve such quality of electronic components indicators as reliability, resistance to external influencing factors, etc. …”
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Entropy Generation Methodology for Defect Analysis of Electronic and Mechanical Components—A Review by Miao Cai, Peng Cui, Yikang Qin, Daoshuang Geng, Qiqin Wei, Xiyou Wang, Daoguo Yang, Guoqi Zhang

“…In recent years, numerical and theoretical studies involving entropy generation methodologies have been carried out to predict and diagnose the lifetime of electronic and mechanical components. …”
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Increasing the accuracy of predicting the reliability of electronic equipment designs by improving models and calculation methods by E.T. Eskibaev, G.A. Anuar, A.G. Izbasov, I.M. Rybakov, M. Bayseitov, A.V. Grigoriev

“…Models and methods of modeling electronic equipment designs have been improved to improve accuracy and reliability prediction. …”

Combined femoral and tibial component total knee arthroplasty device rotation measurement is reliable and predicts clinical outcome by José A. Hernández-Hermoso, Lexa Nescolarde, Federico Yañez-Siller, Juan Calle-García, Damian Garcia-Perdomo, Ricard Pérez-Andres

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An Approach for Predicting the Lifetime of Lead-Free Soldered Electronic Components: Hitachi Rail STS Case Study by Paolo Renna, Michele Ambrico, Vito Romaniello, Thomas Russino

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Model for Reliability Prediction of Thick Film Resistors by D. S. Campbell, R. B. Pranchov

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Reliability Assessment of Solder Joints in Power Electronic Modules by Crack Damage Model for Wind Turbine Applications by John D. Sørensen, Erik E. Kostandyan

“…To develop an optimal operation and maintenance plan for critical components, it is necessary to understand the physics of their failure and be able to develop reliability prediction models. …”
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An Overview of Lifetime Management of Power Electronic Converters by Saeed Rahimpour, Hadi Tarzamni, Naser Vosoughi Kurdkandi, Oleksandr Husev, Dmitri Vinnikov, Farzad Tahami

“…All the steps required to predict the lifetime in the component-level including electrothermal modeling, cycle counting, lifetime model, damage accumulation, parameter estimation, and lifetime distribution are described and then system level methods consisting of reliability block diagrams, fault-tree analysis, and Markov chains are examined and compared. …”
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Real-Time Temperature Prediction of Power Devices Using an Improved Thermal Equivalent Circuit Model and Application in Power Electronics by Zhen Hu, Man Cui, Xiaohua Wu

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Reliability Prediction of Thick Film Hybrid Integrated Circuits by Rumen Pranchov, Veneta Athanassova, Ruslan Georgiev, Stefan Pomakov

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Discrimination between Alternative Herbal Medicines from Different Categories with the Electronic Nose by Xianghao Zhan, Xiaoqing Guan, Rumeng Wu, Zhan Wang, You Wang, Guang Li

“…CP-1NN and CP-3NN provide additional, yet significant and reliable, information by giving the confidence and credibility associated with each prediction without sacrificing of accuracy. …”
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A review on Machine Learning Enhanced Predictive Maintenance for Electric Vehicle Power Electronics: A Pathway to Improved Reliability and Longevity by Gupta Priyanka, A.B Gurulakshmi, Nijhawan Ginni, Praveen, Tyagi Lalit Kumar, Hussien Raghad Ahmed

“…The result is a substantial extension of component lifespan and a reduction in unplanned downtimes, propelling EV power electronics towards higher reliability standards. …”
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Reliability Study of LED driver by Lan, Song

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Two decades of statistical approach in reliability prediction of power converters by Divya Navamani J, Boopathi K

“…Various statistical methods are employed to predict the reliability of electronic components and monitor improvements in reliability. …”
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Embedded Mechatronic Systems 1 : Analysis of Failures, Predictive Reliability / by El Hami, Abdelkhalak, editor 649403, Pougnet, Philippe, editor 651646, ScienceDirect (Online service) 7722

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