VIC-3D® Version 4.3.9 includes a number of significant features, such as:

Anisotropic Workpieces:
VIC-3D® can simulate the effects of anisotropic materials.
Ferrite-core probes in planar geometry:
VIC-3D® can model many new probes with ferrite cores and encasements. Probes need not be axisymmetric. VIC-3D® uses a general three-dimensional model. Probes include:
Rotated and Non-Circular coils in planar geometry:
VIC-3D® can model probes which use rotated or non-circular coils, which allows for highly accurate probe definitions.
Probe Wobble in planar geometry:
VIC-3D® can simulate probe wobble and probe rotations relative to the workpiece.
Spiral Coils in planar geometry:
VIC-3D® can simulate spiral coils and other high-frequency non-solenoidal probes.
Cylindrical geometries:
VIC-3D® can model inspections of tubes and other test pieces with cylindrical geometries. Probes include:
Transmit-Receive air-core probes in either geometry:
VIC-3D® can model a vast array of transmit-receive probe configurations, including "necklace" arrays, that are being developed for steam-generator inspection.
Flaw Models:
VIC-3D® has a sophisticated solid-modeling capability that allows one to quickly simulate a variety of complex flaw shapes, including IGSCC and flaws with ligaments. Flaws in planar workpieces can span any number of workpiece layers.
Axi-symmetric flaws:
VIC-3D® will model internal or external rings in tubes and other axi-symmetric flaws in cylindrical test pieces.
Tube supports:
VIC-3D® models inspections of tubes in regions near tube supports. A general axisymmetric model allows a very flexible description of the tube support region, including the presence of magnetite.
Transition regions:
VIC-3D® will model the response of probes in regions of a tube where the diameter shrinks or expands. VIC-3D® even permits the modeling of sludge build-up around the transition region.
Post-processing
VIC-3D® has a great new feature: the open-ended post-processing facility. The user can design any filter that he or she desires, using any combination of any data. In addition, the plotting package is more powerful and easier to use.
Inverse modeling:
VIC-3D® can be used as the "analysis engine" for inversion algorithms, that reconstruct images of flaws from impedance measurements. It can be used in the same manner to characterize materials and layered-media.