Abstract
A critical depth of cut model for vertical spindle surface gnnding 1s proposed. A
diamond wheel of 5mm diameter, normally used for internal grinding, 1s used here
to do the surface-grinding test on Pyrex and BK7 glass An undeformed chip
thickness model has been developed and verified An earlier these two models
have a mutual relationship in this grinding mechanism The critical depth of cut
model conforms to the expenmental result, and the model developed by Bifano et
al was used for venfication Taking into cons1derat1on the accuracy of each model,
the proposed model appears to be in agreement with other models since it gives
similar results
diamond wheel of 5mm diameter, normally used for internal grinding, 1s used here
to do the surface-grinding test on Pyrex and BK7 glass An undeformed chip
thickness model has been developed and verified An earlier these two models
have a mutual relationship in this grinding mechanism The critical depth of cut
model conforms to the expenmental result, and the model developed by Bifano et
al was used for venfication Taking into cons1derat1on the accuracy of each model,
the proposed model appears to be in agreement with other models since it gives
similar results
| Original language | English |
|---|---|
| Title of host publication | Proceedings of the 21st All India Manuacturing Technology Design Conference |
| Subtitle of host publication | Innovating the Future through Manufacturing |
| Pages | 128-133 |
| Number of pages | 6 |
| Publication status | Published - 2004 |
| Externally published | Yes |