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 2021-05-01 to 2025-05-01.)
ArticleCitations
Modeling of Complex Moving Sound Sources Using a Cut Finite Element Method Approach27
Determination of Modes in the Ice–Water Bi-layer Waveguide24
A High-Order Immersed Moving Boundary Method Using Ghost Points and Characteristics for Acoustics13
Shape and property identification of an elastic inclusion via a full waveform inversion and adjoint method12
Recent Advances in Acoustic Boundary Element Methods8
On the Dependence of Acoustic Modes on Media Parameters in the Pekeris-Airy Waveguide8
A Boundary Element Method for Acoustic Problems in Relative Motion Between Source and Fluid6
Analysis of Deep-Water Low-Frequency Sound Multipath Arrivals and Interference Striation Patterns6
3D Viscoelastic Finite-Difference Analysis of the Monopole Acoustic Logs in Cylindrical Coordinates5
Poly-Grid Spectral Element Modeling for Wave Propagation in Complex Elastic Media5
Comparison of the FWI-Adjoint and Time Reversal Methods for the Identification of Elastic Scatterers4
A Semi-Analytical Method for the 3D Elastic Structural-Acoustic Radiation in Shallow Water4
Deep Learning-Assisted Two-Cavity Method for Estimating Sound Propagation Characteristics in Porous Media3
Editorial: Special Issue on the Occasion of the 30th Anniversary of the Journal of Theoretical and Computational Acoustics3
A Reduced Order Series Expansion for the BEM Incorporating the Boundary Layer Impedance Condition3
The Frequency Spectrum of Rectilinearly Moving Point Sources in a Translation-Invariant Environment Applied to Edge Diffraction3
Author Index Volume 32 (2024)3
Virtual Rotating Array for Near-Field Localization of Rotating Sound Sources3
A Mixed Finite Element-Based Numerical Method for Elastodynamics Considering Adhesive Interface Damage for Dynamic Fracture3
Determining excitation forces acting on the interior surface of an enclosure. Part I: Theory3
Distribution Design of Porous Layer Inside Muffler by Boundary Element Analysis3
Near Field of the Half-Space Green’s Function3
Experimental Validation of a Coupled Acoustic Fluid-Poroelastic-Plate Model with Frontal and Lateral Source Excitations2
Experimental Validations of Reconstructed Excitation Forces Acting Inside a Solid Enclosure. Part I: Exterior Region2
Generating Narrowband Automotive Acoustic Models from Measured Data with Artificial Neural Networks and Bayesian Optimization of Hyperparameters2
Study of Gap Flow Effects on Sound Transmission Through a Micro-Perforated Sandwich Cylindrical Shell Excited by a Plane Wave2
Study of Resonant Peak Characteristics of Flow-Induced Noise in Small-Aperture Cavity2
Low-Rank Iteration Schemes for the Multi-Frequency Solution of Acoustic Boundary Element Equations2
Experimental Validations of Reconstructed Excitation Forces Acting Inside a Solid Enclosure. Part II: Interior Region2
Boundary Integral Neural Networks for Acoustic Radiation Prediction from Noisy Boundary Data2
Comparison of Clustering-Based Virtual SEA Subsystem Generation Models2
A Frequency-Domain Formulation for Predicting Multi-Frequency Noise Generated by Flows with Periodically Moving Boundaries2
2D Boundary Element Method for Predicting Underwater Electromagnetic Noise of Permanent Magnet Synchronous Motors2
Acoustic Propagation in a Medium with Spatially Distributed Relaxation Processes and a Possible Explanation of a Frequency Power Law Attenuation2
Modeling Sound Absorption of Graded Foam Absorbers via Polynomial Surrogate Technique2
Deep Learning-Based Dereverberation for Sound Source Localization with Beamforming2
A New Method for Sound Generation Based on Digital Sound Reconstruction2
0.041361093521118