The paper examines a device-independent representation of wear geometry. Formerly introduced coefficients are generalised according to a local definition. They are then applied to express and predict (employing compatible data-bases) the wear-induced shape changes and related kinematic deviations. First results are presented, from numerical simulations.
On the local description of wear-induced volume loss and shape changes for engineering surfaces
MEOZZI, MARIO
2009-01-01
Abstract
The paper examines a device-independent representation of wear geometry. Formerly introduced coefficients are generalised according to a local definition. They are then applied to express and predict (employing compatible data-bases) the wear-induced shape changes and related kinematic deviations. First results are presented, from numerical simulations.File in questo prodotto:
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