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April 18, 2026Archive of Applied MechanicsOpen Access

Thermomechanical 3D wave propagation in biocompatible sandwich nanoplates: influence of magnetic field, foam structure, and foundation

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Authors

MBMustafa Buğday

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Overview

Modeling wave propagation in biocompatible nanoplates, indicating improved wave control in high-temperature environments.

Key Points

  • The study aims to analyze 3D wave dispersion in sandwich nanoplates affected by thermal and magnetic fields.
  • Developed advanced modeling framework using higher-order plate theory.
  • Analyzed three distinct foam distributions in nanoplates.
  • Derived motion equations via Hamilton's principle and solved with Navier technique.
  • Conducted numerical simulations to explore wave dynamics.
  • Wave velocities showed sensitivity to internal architectures, particularly S2-foam distribution.
  • Graphene reinforcement enhanced wave velocity by up to 72%.
  • Thermal loads and nonlocal parameters reduced frequency response by a factor of 18.
  • Findings emphasize the impact of foam architecture on wave transmission control.

Cite This Study

Mustafa Buğday (2026) studied this question.

synapsesocial.com/papers/69e320cc40886becb653fe2chttps://doi.org/10.1007/s00419-026-03078-5
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