Latest Research in Aeroelasticity and Vibration Control

Top Research Topics in Aeroelasticity and Vibration Control

• Aeroelasticity and Vibration Control — 5 papers
• Advanced Aircraft Design and Technologies — 1 papers
• Mechanics and Biomechanics Studies — 1 papers
• Fatigue and fracture mechanics — 1 papers
• Fluid Dynamics and Vibration Analysis — 1 papers
• Biomimetic flight and propulsion mechanisms — 1 papers
• Aerodynamics and Acoustics in Jet Flows — 1 papers
• Advanced Combustion Engine Technologies — 1 papers
• Plasma and Flow Control in Aerodynamics — 1 papers

Highest-Cited Papers

1. Parameter-identification-based time-varying aeroelastic modeling framework and wind-tunnel tests for a folding-wing model
2. Global Sensitivity of Constraint Analysis method: Drag coefficient and Stall Speed selection for Small UAVs
3. Focus and feasibility study on wings of Pushpakviman and other aerodynamics parts
4. Development of a Closed-Form Algorithm for Calculating Reliability and Fatigue Strength Indicators of a Stamp-Welded Bogie of a Freight Car
5. Effects and Mechanisms of Railing Height and Inclination Angle on the Vortex-Induced Vibration Performance of a Two-Box Edge Girder
6. Machine-optimized parametric computer assisted design (CAD) of a stable flying wing UAV glider
7. Numerical study on noise reduction for eVTOL aircraft based on phase synchronisation method
8. THE FOUR‑ENGINE SUPERSTRUCTURE: Post‑Inversion Tri‑Axis Behavioural Architecture
9. On the Influence of Planform Geometry and Aspect Ratio on Aeroelastic Flutter Boundaries in Rigid and Flexible Aircraft Wings
10. Nonlinear flexibility effects on flight dynamics of high-aspect-ratio wings
11. Design and Characterization of Shape-Morphing Airfoil for Active Flow Control System
12. Feedforward Unsteady Lift Hysteresis Compensation of Variable Camber Wing Based on Prandtl–Ishlinskii Model
13. Flutter Analysis for Folding-Wing Aircraft Considering Rigid–Flexible Coupling