Measure the geometry and properties of cellular or porous materials.
Foam structure analysis is a technique that uses CT scanning to measure the geometry and properties of cellular or porous materials, such as foams, honeycombs, or bones.
Foam structure analysis can provide information about the size, shape, distribution, and orientation of the cells or pores, as well as the density, stiffness, and strength of the material.
Foam structure analysis can be used to characterise the material behaviour and performance under various loading conditions, and to optimise its design and manufacturing for various applications.
A nominal actual comparison, sometimes referred to as a 3D compare, is a way of showing and analysing the differences between a reference and a measured object.
Segmentation is the process of virtually separating different parts or materials from a CT (computed tomography) scan.
After an accurate surface has been determined, it is possible to calculate the localised wall thickness on part. A wall thickness can be calculated on mesh and volume objects.
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