Latest Research in Degradation Diagnostics and Modeling

Top Research Topics in Degradation Diagnostics and Modeling

• Advanced Battery Technologies Research — 21 papers
• Advancements in Battery Materials — 2 papers
• Electric and Hybrid Vehicle Technologies — 2 papers
• Fire dynamics and safety research — 2 papers
• Systems and Control — 2 papers
• International Environmental Law and Policies — 2 papers
• Railway Systems and Energy Efficiency — 1 papers
• Muon and positron interactions and applications — 1 papers
• Applied Physics — 1 papers
• Advanced battery technologies research — 1 papers

Highest-Cited Papers

1. Impact of concurrent vibration and charge cycling on the performance and aging of 21700 NMC811 lithium-ion cells
2. Detection of load orientation effects in Lithium-ion batteries via electrochemical impedance spectroscopy
3. An identifiability-guided dual-mode current-conditioned equivalent circuit model for supercapacitors in urban rail transit energy storage systems
4. Study on the deformation pattern of prismatic lithium-ion battery casings under different state-of-charge
5. Simultaneous temperature and strain monitoring of lithium-ion battery modules using fiber Bragg grating arrays
6. Path-Dependent Degradation of Lithium Iron Phosphate Batteries via Multi-Method Analysis
7. Operando spatiotemporal reconstruction of surface thermo-mechanical fields in a lithium-ion pouch cell using a quasi-distributed fiber Bragg grating sensor network
8. Quantifying self-generated heat and thermal runaway characteristics of high-energy NCM pouch cells under different heating powers
9. Thermal management of power lithium-ion batteries under extreme fast charging conditions: From heat generation mechanisms to a coordinated control framework
10. Rate-dependent electrochemical degradation of NCA /graphite-Si lithium-ion batteries under mechanical vibration
11. Bidirectional multi-physics modeling of failure in 18650 lithium-ion batteries under quasi-static indentation: Implications for bionic underwater vehicle power systems
12. What makes hybrid energy storage hard: sizing, power conversion, control and protection
13. Average state of charge versus depth of discharge: which variable buys lithium-ion battery life?
14. Cell-level versus module-level degradation of Li-ion batteries for grid-scale storage: A four-year parallel aging experiment and empirical capacity-fade analysis
15. Full-scale experimental study on electric vehicle fire evolution and occupant cabin hazards induced by battery thermal runaway
16. Multisine electrochemical impedance spectroscopy for Li-ion battery characterisation
17. Fiber Bragg Grating Array-Based Synchronous Monitoring of Spatiotemporal Surface Temperature–Strain Fields in a 314 Ah Energy Storage Battery
18. Discharge behavior and operational limits of second-and third-life lithium-ion batteries under different current rates
19. Surrogate-accelerated parameterisation of physics-based Li-ion battery models
20. Timescale-aware surrogate-assisted multi-objective optimization of battery cell design for energy density, fast charging, and degradation

Sub-Regions

• Advanced Battery Technologies Research — 16 papers
• Systems and Control — 13 papers
• Fire dynamics and safety research — 10 papers
• Muon and positron interactions and applications — 2 papers
• Electric and Hybrid Vehicle Technologies — 2 papers
• International Environmental Law and Policies — 1 papers