Impedance computation in 3D NDT systems using quasi-conformal mapping-based models

Key Points

• The aim is to compute impedance in three-dimensional non-destructive testing (NDT) systems using advanced mapping techniques.
• Developed models utilizing quasi-conformal mapping techniques.
• Applied these models to 3D non-destructive testing systems.
• Compared classical impedance computation methods with newly developed models.
• Demonstrated improved accuracy in impedance computation with the new models.
• Showed a reduction in computational time as compared to traditional methods.