5 South Zhongguancun street
Center for Energy and Environmental Policy Researc
Beijing, 100081
China
Beijing Institute of Technology
DZ125 superalloy, Long short-term memory neural network, Grey theory, Microstructure damage evolution, Fatigue life prediction
Casting aluminum alloy, Microstructure, Neural network, Linear regression, Mechanical properties prediction
Ni-based superalloy, Turbine blade, Ultra-long-term service, Microstructural degradation, Mechanical properties
hybrid, energy management strategy, dynamic programming, supervised learning, model predictive control
hybrid, Energy management strategy, Dynamic Programming, supervised learning, Model predictive control
Meta-learning, Machine learning, Nickel-based superalloys, Damage prediction, Microstructure
DZ125 superalloy, Multimodal microstructure damage, LSTM, Constitutive model, UMAT
Ni-based superalloy, Turbine blade, Microscopic characteristic, Microstructural degradation, Mechanical properties
Ni-based superalloys, Multi-modal microstructure, Weights, Damage variable, Mechanical properties
Hybrid powertrain, Unmanned aerial vehicle, Energy management, Condition recognition, Model predictive control, machine learning
Hybrid powertrain, Unmanned aerial vehicle, Energy Management, Condition recognition, model predictive control, Machine learning
