Publications, Activities, and Awards
- A method for the fault diagnosis of power transformers based on support vector machine
- A new support vector machine based intelligent method for power transformer fault diagnosis
- A new support vector machine based method for power transformer fault diagnosis
- A new support vector machine based method for power transformer fault diagnosis
- A numerical method for wind farm condition-based maintenance policy assessment
- A real-time probabilistic risk assessment method for petrochemical industries based on data monitoring
- A semi-supervised GAN method for RUL prediction using failure and suspension histories
- A speed normalized autoencoder for rotating machinery fault detection under varying speed conditions
- A transferable neural network method for remaining useful life prediction
- An integrated approach for wind turbine gearbox fatigue life prediction considering instantaneously varying load conditions
- An integrated approach for wind turbine gearbox fatigue life prediction considering instantaneously varying load conditions
- An integrated method with a new interaction rule for the reliability assessment of steel pipeline with multiple corrosion defects
- Analysis of spur gearbox dynamics considering tooth lubrication and tooth crack severity progression
- Analysis of vibration signals and detection for multiple tooth cracks in spur gearboxes
- Comprehensive numerical analysis of failure mechanisms in high-strength pipelines: a novel investigation of the combined effects of internal corrosion and spanning
- Development of crack induced impulse-based condition indicators for early tooth crack severity assessment
- Dynamic model of a planetary gearbox considering sun gear crack with effects of clearance for carrier, planet, and sun gear bearings
- Dynamic modeling of a planetary gearbox with sun gear crack and bearing clearance
- Failure analysis of corroded high-strength pipeline subject to hydrogen damage based on FEM and GA-BP neural network
- Fault-induced impulse evaluation for planetary gearbox tooth crack severity assessment under different loading conditions
- Integrated prognosis for wind turbine gearbox condition-based maintenance considering time-varying load and crack initiation time uncertainty
- Investigation of the relationship between gear crack levels and impulse parameters using dynamic modeling
- Joint condition-based maintenance optimization for multi-component systems considering prognostic information and degraded working efficiency
- Machine prognostics under varying operating conditions based on state-space and neural network modeling
- Normalization of gearbox vibration signal for tooth crack diagnosis under variable speed conditions
- Normalization of gearbox vibration signal for tracking tooth crack severity progression under time-varying operating conditions
- Planetary gearbox dynamic modeling considering bearing clearance and sun gear tooth crack
- Risk-based pipeline re-assessment optimization considering corrosion defects
- Speed adaptive gates: Improving fault classification accuracy of deep learning models for rotating machinery under varying speed conditions
- The effect of time-varying operating condition on the crack induced impulses and its application to gearbox tooth crack diagnosis
- Tooth crack severity assessment in the early stage of crack propagation using gearbox dynamic model
- Wind farm predictive maintenance considering component level repairs and economic dependency
- Wind power system reliability and maintenance optimization considering turbine and wind uncertainty
- Wind power system reliability modeling considering turbine and wind uncertainty
- Wind turbine power output estimation with probabilistic power curves