| Name | Support | Language | Availability | Edition date | Price | ||
|---|---|---|---|---|---|---|---|
|
PDF |
English |
Active |
11/1/2000 |
€19.00 |
|
||
Details
This paper focuses on a quantitative study of chip up-curl using the recently developed universal slip-line model and includes the experimental validation. Both conventional (with flat-faced tools) and restricted contact machining are investigated. The results show that chip up-curl is primarily governed by the stress state of the plastic region, especially by the frictional shear stress on the tool rake face. The chip exhibits a stronger straightening effect in conventional machining than in restricted contact machining. The interrelationship between chip up-curl radius and cutting forces is established from the model.
Additional Info
| Author | Society of Manufacturing Engineers |
|---|---|
| Published by | SME |
| Document type | Standard |
| Theme | /subgroups/9449 |
| Number of pages | 6 |
| Keyword | SME MR00-192 |
