Journal of Theoretical and Computational Acoustics

Papers
(The TQCC of Journal of Theoretical and Computational Acoustics is 2. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2020-11-01 to 2024-11-01.)
ArticleCitations
Review of Geoacoustic Inversion in Underwater Acoustics27
Application Limits of Conservative Source Interpolation Methods Using a Low Mach Number Hybrid Aeroacoustic Workflow17
Recent Advances in Acoustic Boundary Element Methods15
Applying the Chebyshev–Tau Spectral Method to Solve the Parabolic Equation Model of Wide-Angle Rational Approximation in Ocean Acoustics11
Broadband Acoustic Metamaterial Design via Machine Learning9
Low-Rank Iteration Schemes for the Multi-Frequency Solution of Acoustic Boundary Element Equations8
On Computing Impulse Responses from Frequency-Domain Finite Element Solutions8
Parabolic Equation Techniques for Seismology, Seismo-Acoustics, and Arctic Acoustics7
A Modified Helmholtz Equation Least Squares Method for Reconstructing Vibroacoustic Quantities on an Arbitrarily Shaped Vibrating Structure6
A Parameter Study of the Burton–Miller Formulation in the BEM Analysis of Acoustic Resonances in Exterior Configurations6
Performance Metrics for Striation-based Beamforming and Application Requirements with the Horizontal Line Array in Shallow Water6
The Role of Acoustics in the Conservation of the Ivory-Billed Woodpecker (Campephilus principalis)5
Acoustic Propagation in a Medium with Spatially Distributed Relaxation Processes and a Possible Explanation of a Frequency Power Law Attenuation4
On Forced-Vibroacoustic Component Analyses of an Arbitrarily Shaped Vibrating Structure4
Reconstruction of Acoustic Radiation of a Vibrating Structure Located in a Half-Space Bounded by a Passive Surface with Finite Acoustic Impedance4
On the spherical expansion for calculating the sound radiated by a baffled circular piston4
Bottom Attenuation Coefficient Inversion Based on the Modal Phase Difference Between Pressure and Vertical Velocity from a Single Vector Sensor3
A New Method for Sound Generation Based on Digital Sound Reconstruction3
Determining excitation forces acting on the interior surface of an enclosure. Part II: Numerical simulations3
The Striation-Correlation-Based Beamforming for Estimating the Green’s Function in a Shallow Water Waveguide3
Analyzing motorcycle low-frequency noise3
Sound transmission loss of meta-acoustic barriers with anomalous effective-mass3
Comparison of the FWI-Adjoint and Time Reversal Methods for the Identification of Elastic Scatterers3
Determining excitation forces acting on the interior surface of an enclosure. Part I: Theory2
A Science Scandal that Culminated in Declaring the Ivory-billed Woodpecker (Campephilus principalis) Extinct2
Analytical Interpretation of the Early Literature on the Theory of Vibrations2
An Adaptive Material Interpolation for the Reconstruction of P-Wave Velocity Models with Sharp Interfaces using the Topology Optimization Method2
Numerical Solution of the Wave Propagation Problem in a Plate2
Localizing Submerged Acoustic Sources Under Adverse Conditions2
Partition of Unity Finite Element Method for 2D Vibro-Acoustic Modeling2
Selected Topics of the Past Thirty Years in Ocean Acoustics2
Fast Calculation of Far-Field Sound Directivity Based on Fast Multipole Boundary Element Method2
Experimental Validations of Reconstructed Excitation Forces Acting Inside a Solid Enclosure. Part I: Exterior Region2
Scaled Boundary Finite Element Method for Mid-Frequency Acoustics of Cavities2
Finite Element Approach for Three-Dimensional Linearized Potential Equation with Application to Muffler Acoustic Attenuation Prediction2
Near Field of the Half-Space Green’s Function2
Non-negative Intensity for Target Strength Identification in Marine Ecosystem Research2
Modeling Sound Absorption of Graded Foam Absorbers via Polynomial Surrogate Technique2
Parabolic Equation Modeling of Scholte Waves and Other Effects Along Sloping Fluid-Solid Interfaces2
Efficient Analysis of Energy-Based Surface Contributions for an Entire Acoustic Cavity2
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