All Stories

  1. Element-level finite-element-informed machine-learning surrogates for failure-index prediction in a composite wing box with intralaminar damage
  2. Extension of a CUF-based vibroacoustic modal framework to fluid-loaded plates with simply-supported and free edges
  3. High-Order Vibroacoustic Modal Analysis of Fluid-Loaded Plates with Simply-Supported and Free Edges
  4. Data-driven failure criteria prediction in composite wing boxes using machine learning
  5. High-Order Vibroacoustic Modal Analysis Framework for Fluid-Structure Coupling
  6. Wave Propagation in Prestressed Structures with Geometric Nonlinearities Through Carrera Unified Formulation
  7. Wave Propagation in Pre-Stressed Structures With Geometric Non-Linearities Through Carrera Unified Formulation
  8. Variable-Kinematics Finite Elements for Propagation Analyses of Two-Dimensional Waveguides
  9. Sound transmission properties of a porous meta-material with periodically embedded Helmholtz resonators
  10. Labyrinth Resonator Design for Low-Frequency Acoustic Meta-Structures
  11. Semi-analytical estimation of Helmholtz resonators’ tuning frequency for scalable neck-cavity geometric couplings
  12. Gaussian-Based Machine Learning Algorithm for the Design and Characterization of a Porous Meta-Material for Acoustic Applications
  13. Numerical investigations about the sound transmission loss of a fuselage panel section with embedded periodic foams
  14. Transmission Loss Analyses on Different Angular Distributions of Periodic Inclusions in a Porous Layer
  15. Formulation and validation of the shift cell technique for acoustic applications of poro-elastic materials described by the Biot theory
  16. Computation of acoustic properties and design guidelines of periodic Biot-modeled foams
  17. Computation of dispersion diagrams for periodic porous materials modeled as equivalent fluids
  18. Publishers note
  19. Vibro-acoustics of porous materials with periodic inclusions