Latest Research in Piezoelectric Harvesting Dynamics

Top Research Topics in Piezoelectric Harvesting Dynamics

• Innovative Energy Harvesting Technologies — 13 papers
• Vibration Control and Rheological Fluids — 4 papers
• Classical Physics — 2 papers
• Ear Surgery and Otitis Media — 2 papers
• Statistical and numerical algorithms — 1 papers
• Computational Engineering, Finance, and Science — 1 papers
• Smart Grid Security and Resilience — 1 papers
• Computer Vision and Pattern Recognition — 1 papers
• Topological Materials and Phenomena — 1 papers
• Systems and Control — 1 papers

Highest-Cited Papers

1. Uncertainty quantification in train delay prediction with conformal prediction (1 citations)
2. Static and dynamic behaviors of a geometrically nonlinear quasi-zero-stiffness multilayer vibration isolator with a large-stroke energy harvester
3. Reduction of a Six-Coordinate Representation to a Four-Coordinate Space Using Barycentric Coordinates and 4x4 Determinants
4. Piezoelectric Energy Harvesting from a Pitch-Plunge Aerofoil in Compressible Flow, the Euler Full-Order Model, Strip Theory and the Reduced Models Compared
5. Closed-loop predictive resonance control through adaptive stiffness–damping co-regulation for continuous piezoelectric energy harvesting
6. Graph neural network-based tail-risk pricing for cyber insurance against cyber-physical attacks in power systems
7. FuncRoom-Agent: Sequential Feed-Forward 3D Functional Indoor Scene Generation
8. E8 Fractal Phononic Metastructure: Hierarchical Lossless Bandgaps via Golden Ratio Scaling — E8 Intelligence Research
9. Multi-Scale Datacenter Power Modulation
10. Experimental Analysis of Generating Power from Mechanical Stress Kinetic Energy (Footsteps or Vehicle Pressure)
11. Increase of the electromechanical coupling of piezoelectric vibration harvesters through lateral bars
12. The Golden Ratio Across Photonic Crystals, Fibonacci Acoustics, and Self-Application Recurrence — E8 Intelligence Research
13. Can the Earth's magnetic field be harvested? What the physics allows
14. An Intelligent Piezoelectric System Integrating Self‐Sensing and Autonomous Operation for Adaptive Vibration Control
15. Can the Earth's magnetic field be harvested? What the physics allows
16. Analytical modeling and FEM simulation of slotted piezoelectric arrays for vibration energy harvesting
17. Bandwidth-Enhanced Low-Frequency Piezoelectric Energy Harvesting via Multimodal Response of a Planar Fermat Spiral Harvester
18. A Predictive, Invertible Branched-Beam Model for Monolithic Dual-Resonance Slitted Piezoelectric Energy Harvesters
19. Anomalous Phenomena and Consciousness: A Diagnostic Stress Test of Explanatory Frameworks
20. Nonlinear dynamics of micro-scale floating mass transducer oscillator under electrical and mechanical excitation

Sub-Regions

• Innovative Energy Harvesting Technologies — 21 papers
• Acoustic Wave Phenomena Research — 10 papers
• Quasicrystal Structures and Properties — 10 papers
• Vibration Control and Rheological Fluids — 8 papers
• Smart Grid Security and Resilience — 7 papers
• Philosophy and Theoretical Science — 2 papers