Abstract
A model for the calculation of the volume fraction of glass binder in abrasive ceramic tools is proposed, assuming the glass interlayers between abrasive grains to be spherical particles and the grain shape is approximated by various bodies of revolution: spheres, cylinders, and two paraboloids joined along a circumference The use of the model makes it possible to estimate the minimum content of glass binder, with which no contact bridges are formed between the grains, and also the thickness of the glass interlayers between the grains.
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