Latest Research in Acoustic Wave Phenomena Research

Top Research Topics in Acoustic Wave Phenomena Research

• Acoustic Wave Phenomena Research — 10 papers
• Aerodynamics and Acoustics in Jet Flows — 2 papers
• Topological Materials and Phenomena — 2 papers
• Ultrasonics and Acoustic Wave Propagation — 1 papers
• Polynomial and algebraic computation — 1 papers
• Applied Physics — 1 papers
• Mechanical and Optical Resonators — 1 papers
• Vibration Control and Rheological Fluids — 1 papers

Highest-Cited Papers

1. Enhanced band gap modulation via rigid–flexible coupling in two-link metamaterial resonators
2. A practical non-contact layer thickness measurement method for two-layer clad plates using EMAR
3. Numerical Models for the Scattering Properties of Multilayered Structures With Periodic Cells
4. 3D Visualization and Integration of Trigonometric Functions in MATLAB: A Dynamic Learning Object and Simulation
5. Investigation on the Sound Absorption Properties of Woven Ramie Fabrics
6. Phi‑Scaled Cantor‑E8 Phononic Metamaterial for Ultra‑Low‑Frequency Bandgap Engineering — E8 Intelligence Research
7. Tunable Low-Frequency Bandgaps in Foldable Metamaterials based on MRE: Review and Numerical Analysis
8. Universal Acoustic Resonance Imaging: Real-Time Multi-Target Soliton Discrimination and In-Situ Near-Field Ego-Noise Nulling across Sub-Wavelength Arrays
9. Parameter Selection for Using Parametric Array Loudspeakers as Excitation Source at Selected Points
10. Broadband low-frequency sound absorption by Helmholtz resonators with embedded rings
11. Boundary-induced medium mapping enables air-equivalent acoustic propagation and perfect absorption in water
12. Nonlinear Vibration of Multi-Load Annular and Circular Plates: A Parametric Study of Loading-Agnostic Frequency Behavior
13. Magnetorheological sound absorbers: a review of sound absorption performance
14. Dual-directional high sound absorption design utilizing multi-scale composite metamaterial for applications in both water and air
15. Data-Driven Shape Optimization of Lattice Structures for Low-Frequency Broadband Bandgaps
16. A bandgap optimization scheme for phononic crystals coupled with acoustic black hole structure
17. Design of metamaterial with compression-torsion-translation coupling mechanism for low-frequency vibration suppression
18. E8 Phi-Harmonic Topological Phononic Crystal for 132 Hz Vibration Isolation — E8 Intelligence Research
19. E8 Phi-Harmonic Topological Phononic Crystal for 132 Hz Vibration Isolation — E8 Intelligence Research