A transmitted ultrasonic field fitting method determines crystallographic texture for arbitrary thicknesses and general anisotropy using Hashin-Shtrikman homogenization and GPU optimization, with validation against diffraction measurements.
Hashin and author S
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cond-mat.mtrl-sci 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
The authors introduce a plane-wave ultrasonic goniometry technique with waveform fitting and optimal zeroth-order bounds to characterize the elastic tensor of generally anisotropic materials up to triclinic symmetry.
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Ultrasonic determination of crystallographic texture by transmitted field fitting regardless of medium dispersivity
A transmitted ultrasonic field fitting method determines crystallographic texture for arbitrary thicknesses and general anisotropy using Hashin-Shtrikman homogenization and GPU optimization, with validation against diffraction measurements.
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Ultrasonic characterization of generally anisotropic elasticity implementing optimal zeroth-order elastic bounds and a wave-fitting approach
The authors introduce a plane-wave ultrasonic goniometry technique with waveform fitting and optimal zeroth-order bounds to characterize the elastic tensor of generally anisotropic materials up to triclinic symmetry.