In Mechanics of Tomography, a Tomogram can be defined as a "Cross-Sectional Image" of a "Slice of an Object", while the Images can be developed mechanically and/or digitally - they can even be reconstructed. Therefore, Digital Tomography can be conducted with X-Rays, N-Rays, Gamma-Rays, Microwaves, Ultrasound, Electron-Beams, as well as Subatomic-Particles. Typically, we use both a "Data Acquisition Technique" and "Image-Reconstruction" for generating Tomograms, which sometimes require Iterative Techniques, Back-Projection Methods and/or Fourier Transforms.
So, How useful do You find the application of Tomography, with respect to fractured and/or damaged Glass Fiber Reinforced Polymer [GFRP] and/or Basalt Fiber Reinforced Polymer [BFRP] structural reinforcing bars? Do consider that Projections are to be obtained for 180 Degrees.
In addition to producing lovely pictures, tomography can help with understanding the mechanism of fracture and characterising the surface.
We generally use the areal surface roughness parameters (see ISO 25178-2) to compare surfaces
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