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In the present research work, a heuristic model was developed through experimental single grain cutting and grinding tests as well as numerical simulations, which describes, explains and predicts the cause-effect relationships between process state variables and the material removal mechanisms during grinding of fiber-reinforced non-oxide ceramics, depending on the fiber material, fiber orientation and grinding process parameters.

Produktbeschreibung
In the present research work, a heuristic model was developed through experimental single grain cutting and grinding tests as well as numerical simulations, which describes, explains and predicts the cause-effect relationships between process state variables and the material removal mechanisms during grinding of fiber-reinforced non-oxide ceramics, depending on the fiber material, fiber orientation and grinding process parameters.