Latest Research in Biomimetic Propulsion Dynamics

Top Research Topics in Biomimetic Propulsion Dynamics

• Biomimetic flight and propulsion mechanisms — 5 papers
• Fluid Dynamics — 5 papers
• Aerodynamics and Fluid Dynamics Research — 4 papers
• Cavitation Phenomena in Pumps — 3 papers
• Aerospace and Aviation Technology — 3 papers
• Mechanics and Biomechanics Studies — 2 papers
• Advanced Aircraft Design and Technologies — 2 papers
• Wave and Wind Energy Systems — 1 papers
• Military Strategy and Technology — 1 papers
• Aerodynamics and Acoustics in Jet Flows — 1 papers

Highest-Cited Papers

1. The Unsteady Aerodynamic Response of the DrivAer Fastback to Longitudinal Acceleration and Deceleration
2. Toward sustainable seawater pumped hydro storage: Mitigating strike-induced fish injury with a novel twisted blade
3. The Guarino Metric Suite: Thirty-Seven Dimensionless Metrics for Military Effectiveness Derived by Buckingham π Analysis, with a Twenty-Five-Term Theater Equation
4. Surrogate-Assisted Multi-Objective Aeroacoustic Optimization of a Small-Scale Rotor in Hover Mode
5. Numerical analysis on hydrodynamic performance of a rim-driven thruster near a free surface
6. Aerodynamic Characteristics and Static-Restoring Tendencies of a Hopea hainanensis-Inspired Double-Winged Samara at Different Attitudes
7. System reliability of structural steel frames: Component- and system-based design methods
8. Design and Applications of a Novel Performance Test Bench for a Single-Knot Knotter
9. Focus and feasibility study on wings of Pushpakviman and other aerodynamics parts
10. Development of a user-friendly interface for conceptual shape design of subsonic airplanes and gliders
11. Numerical and computational (CFD–CSD) investigation of in-flight adjustable full-chord partial-span twist morphing for helicopter optimal aerodynamic performance and multi-segment operational enhancement
12. Propeller-wing interactions of a lift + cruise eVTOL configuration during transition
13. How do flapping avian wings exhibit superior aerodynamic performance?
14. A Dimensionless Theoretical Framework for Longitudinal Centre-of-Mass Effects on Gliding Performance
15. Surrogate-based multi-objective nose shape optimization for 400 km/h-class high-speed trains under open-air, crosswind, and tunnel operations
16. Wind turbine noise generation and propagation through large-eddy simulation and acoustic analogy: the case of the complete wind turbine
17. A Dimensionless Theoretical Framework for Longitudinal Centre-of-Mass Effects on Gliding Performance
18. Structural Analysis and Optimization of a Propeller Under Separate Air and Water Operating Conditions Using One-Way Fluid–Structure Coupling
19. Set-Based Design for Bridge Optimization: Minimizing Cost, Construction Time, and CO 2 Emissions
20. Experimental and Numerical Response of Compressed Equal-Leg Steel Angle Members with Different Anchorage Lengths

Sub-Regions

• Cavitation Phenomena in Pumps — 14 papers
• Biomimetic flight and propulsion mechanisms — 8 papers
• Structural Load-Bearing Analysis — 6 papers
• Wave and Wind Energy Systems — 4 papers
• Aeroelasticity and Vibration Control — 3 papers
• Spacecraft Dynamics and Control — 2 papers